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WHY OMS COMPANY PRESENTATION

This document provides an overview of a lighting company called OMS. It summarizes that OMS is a leading lighting producer in Central and Eastern Europe with over 16 years of experience. It has a large production campus covering over 92,000 square meters and exports 98% of its products to 122 countries. OMS focuses on innovation through its own R&D center and developing new lighting technologies and solutions. It offers customized lighting solutions across different brand and product segments to meet various application needs.

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COMPANY PRESENTATION WHY OMS
ABOUT US The Top luminaire producer in Central and Eastern Europe Continuous geographical expansion More than 16 years experiences Brand product portfolio: ELITE, ADVANCED, UNOLUX Flexibility, fast delivery times, aggresive pricing Innovation and own R&D center New technologies in manufacturing process Focused on new lighting trends and lighting solutions Customised solutions Wide project references Human resources availability
WHO WE ARE?
WHO WE ARE? Through our knowledge in the field of development and Production of lighting solutions, we influence the use of artificial lighting in almost 122 countries worldwide for over 16 years. Founded 1995 Liability Limited Company (Ltd.) Number of Employees 1008 Export 98% Distribution 122 countries Area 92 600 m² Covered Area 33 550 m² Production Area 16 000 m² Area of Warehouses 12 000 m² Administrative Area 6 550 m²
R&D Center Central Dinning Production Production Hall – Products in Production Hall – Production Production Hall/Facility, Warehouse Hall Warehouse Metal Production, Process Powdering Line, Warehouse Production Warehouse Warehouse Storage Metal Production of Semi-finished products Administration Building Showroom Administration Conference Room Production Hall/ Production Hall/ Administration Area – Production Bar Facility Facility Gate House Area Warehouse Warehouse
SEGMENTATION BRAND SEGMENTATION APPLICATIONS SUPPORT
ELITE PRODUCT PORTFOLIO DOWNLIGHT TRACK COMET DOWNLIGHT GRUMIUM MODUL WINGS AVIOR CONCRETE TRACK AVIOR ADVANCED DOWNLIGHT CASTRA TERZO COMET MOTION VEGA EXCLUSIVE MODUL EYE REBELL BECRUX STARTRACK TRACK ACROBAT MODUL RAY VARIO DOWNLIGHT CASTOR TUBUS VISION TRACK LOTUS DOWNLIGHT PROXIMA LED MODUL RENDO MODUL QUARK TUBUS PHACT AVANT DOWNLIGHT POLUKS MODUL SPIKER MODUL RAZZOR MODUL CLEARANCE LINE SNAPPY MIRZAM DOWNLIGHT SEELLER DOWNLIGHT TRACK SEELLER AVIOR MOTION
ADVANCED PRODUCT PORTFOLIO
UNOLUX PRODUCT PORTFOLIO
LIGHTING QUALITY STANDARD Potential to become a global measure of lighting quality Uses a unique rating system Judging more than 20 objectively quantifiable criteria LQS Composer & LQS index 6 E´s
LQS COMPOSER The smart support for lighting consultants, technicians, ERGONOMICS Colour rendering index (CRI) planners or even your sales team! Glare prevention Illumination level (task area) Illumination level (surrounding of task area) Lighting uniformity Testing the parameters and overall score of the space Harmonious distribution of brightness EMOTION Vertical illumination Ceiling illumination Biological factor of illumination Availability of daylight Bluelight content (T > 6500K) Daylight simulation Dynamic lighting Tunable white Accent lighting RGB colour mixing Ambient lighting ECOLOGY Latest lamp technology System efficasy of luminaire Thermal output of lamp Dangerous material content Product life-time and maintenance costs EFFICIENCY Ambient lighting EL-INDIRECT Presence detector show details of ceiling and VEGA PV - LED enhance atmosphere of room. 3600lm/840 1x55W Constant illuminance sensor Daylight sensor Calling of lighting scenes Avaitability of daylight bringing natural conditions into Working days interior by maximizing the use of daylight, thus minimizing operating cost. Working hours / day: Working hours / night: Combined motion and illuminance Power consumption [kWh/year] Presence detector sensor Passive infrared sensor that reacts on movements. It is switching Power consumption with LMS [kWh/year] luminaries on to a preprogrammed level by occupancy of the room and CO2 savings [kg/year] switching luminaires off by absence Controll unit of persons. LENI [kWh/year.m²] Constant illuminance sensor Switch Reduce the use of artificial light in the early life lighting system. Daylight sensor Sensor reduce the use of artificial light in interiors when natural daylight is available.
LQS COMPOSER PRO All qualitative parameters at one place Company: Operator: Phone number: Email: Project name: Customer: Sales manager: Date: Objective evaluation of the lighting system ERGONOMICS LIGHTING QUALITY Colour rendering index CRI 80 STANDARD COMPOSER Glare prevention UGR 17.3 from the qualitative point of view PROFESSIONAL Illumination level (task area) Illumination level (surounding of task area) Lighting uniformity yes yes yes Harmonious distribution of brightness OFFICE AND COMMUNICATION Em(wall) 151 lux Applicable for each manufacter of lighting fixtures U0 0.39 OPEN OFFICE Em(celling) 66 lux U0 0.746 GROUND AREA [m2] EMOTION HEIGHT [m] DIMENSIONS 80 2.7 LUMINAIRE 1 FREYN LED Prisma Vertical illumination Em (vertical) / Em (workplace) 0.388 Energy evaluation by LENI LAMP NO. LUMINAIRES LED, 1x44W 12 pcs Ceiling illumination Biological factor of illumination Availability of daylight Em (vertical) / Em (workplace) 0.177 Bluelight content (CCT > 6500K) Daylight simulation Dynamic lighting Tunable white DIALux(printscreen) Accent lighting RGB colour mixing Ambient lighting ECOLOGY Latest lamp technology 120 lm/W System efficacy of luminaire 72.3 lm/W Thermal output of lamp 0 % of IR Dangerous material content 0 mg Product life-time and maintenance costs 50000 hours EFFICIENCY Presence detector R3 Auto ON/Dimmed F0 = 1 Comments frequented movement of persons Constant illuminance sensor Fc = 1 Testing text Daylight sensor R8 Photo cell dimming, medium daylight penetration Fd = 0.4764 Calling of lighting scenes Working days: Mon Tue Wed Thu Fri Sat Sun Working hours/day: 9 Working hours/night: 1 Power consumption 1320 [kWh/year] Power consumption with LMS 698 [kWh/year] CO2 saving 379 [kg/year] LENI 8.72 [kWh/year.m2] 47% 3.03
LIGHTING MANAGEMENT SYSTEM BENEFITS OF CONTROL AND REGULATION COMFORT AUTONOMY FLEXIBILITY ELIMITATION DEGRICING OF ILLUMINATION ENERGY SAVING
LED ACADEMY LED Basic Optics Thermal Controls Benefits Applications Strategy ... and many more about LED technology
LED CALCULATOR LEDCALC supports to visualize the advantages of LED based luminaires. Information are displayed and calculated: Payback time Manufacturer Selection1 OMS Manufacturer Selection2 OMS Type DOWNLIGHT Type DOWNLIGHT Product name DOWNLIGHT PRO 211 POLISHED Product name DOWNLIGHT VISION 190 LED Energy consumption in a certain time period Light source Color temperature CRI FSQ (TC-DEL) 2x26W 4000 K 80 Light source Color temperature POLISHED FORTIMO GEN 3 4000 K CRI 80 Lumen output 3600 Lumen Lumen output 2000 Lumen CO2 consumption Lumen output-light source meas. 3600 Lumen Luminaire price € Lumen output-light source meas. 2000 Lumen Luminaire price € Wattage 53 W Cost for light source 7€ Wattage 26 W Cost for light source 0€ Light source efficacy 67.9 Lumen/W Color consistance 7 MACADAM Light source efficacy 76.9 Lumen/W Color consistance 3 MACADAM LOR 52 % Lifetime 20000 Hours LOR 100 % Lifetime 50000 Hours Influence of LED based luminaires System efficiency 35.3 Lumen/W Maintenance cycle 1.5t imes System efficiency 76.9 Lumen/W Maintenance cycle 0t imes Net lumen output from luminaire 1872 Lumen Maintenance factor 0,8M F Net lumen output from luminaire 2000 Lumen Maintenance factor 0,9M F Air condition * Presents detection * Daylight sensor 1 * 1 * 1 = 0.0% Air condition * Presents detection * Daylight sensor 1 * 1 * 1 = 0.0% on air condition systems Calcul. Qty of products incl. LLMF 25 PCS Calcul. Qty of products incl. LLMF 20.8 PCS (Ratio to lumen output of 1st selection) 1.00 (Ratio to lumen output of 1st selection) 0.94 Initial investment costs7 69 € Initial investment costs 1872 € Energy costs 13250 € Energy costs 5408 € Reductions (AC, PD, DS) 0 € Reductions (AC, PD, DS) 0 € Impact of daylight sensors on total investment costs Maintenance 488 € Maintenance 0 € Total costs 14507 € Total costs 7280 € Total power consumtion 66250 kWh Total power consumtion 27040 kWh Effect of presents detectors on total investment cost Total Co2 emission 42.4 TONS Total Co2 emission 17.3 TONS COST SAVING: 6758.515 EUR CO2 SAVING: 25.1 TONS Ascendancy of maintenance cycles on total investment costs Graphical analysis PAYBACK TIME RELATED TO HIGHER INITIAL COSTS: OPERATING: 365 DAYS AT1 2 HOURS PER DAY 1.6 YEARS
RIGHT LIGHT APPLICATION PRESENTATION INDUSTRY OFFICE EDUCATION HOTEL RETAIL SHOP ENGINEERING COMMUNICATION SCIENCE GASTRO SHOPPING MALL OUTDOOR WORKPLACE
RIGHT LIGHT APPLICATION ARCHITECTURE SPORT ROAD HOUSE HEALTH FACADE LEISURE PATH FLAT CARE CITY MARKETING WELLNESS SQUARE LIVING AREA VISUAL PRESENTATION
PRESENTATION RETAIL SHOP SHOPPING MALL WROOM CAR SHO is mainly showroom for a car – cars – larg e, Lighting what is sold ed defined by with curv sy objects - highly glos . The light ed surfaces and structur of a large showroom itions ting ing cond ight penetra cted by dayl high are affe areas. Very big glazed by polaris- through reduced m, ss can be showroo brightne and shut ters. ts for a car ing lenses ecting ligh and har- day can When sel the design d lighting during the sity. A good aspect is Controlle 111 rm light inten important pro- REBELL . provide unifo g lighting, which an nment rall enviro solution is ceilin removes light that h the ove vides hom ogeneous d details from mony wit of unwante the reflection vehicles. In the even - of le space the surfaces e, the who ttim ing and nigh ting at this case. Ligh res beco mes a show sion light fixtu narrow emis brand. phase uses tion to the s the atten sources and draw point light tion is to h the light Another solu , from whic up to the skylights be dayl ight. appears to reflects and show- for a car ting lights the desig n When selec t aspect is importan environ- room, an the overall ony with ly used and harm most wide ently, the high ment. Curr tubes with ces are halide lopm ent light sour ever, deve prOD flux. How short time they luminous within a very gy. proves that LED technolo UctS ed out by will be push tr ac SYSt K TRACK eM AVIOR ADVANC ED 102 TRACK ACROBA T 102 TRACK MOD AIR 103 SYSt Ul ar TRACK CUBE LINE RA eM 103 100 LED NGE TRACK SURFA zOOM CED 106 111 LINE RA 103 100 LED NGE REBELL SUSPE TRACK NDE 106 COM D REL AX ET 103 ASY MMPV LIN SUSpen E ETRIC L ED 106 LINE DeD REBELL L LED SNA PPY 107 AVA NT TRACK SEELLE R 104 LINE TRACK 111 STA RTR TUBUS 107 ACK PHACT PRESTIG 104 E TRACK 112 LOT US TUBUS 108 ceili CYGNUS 104 PENDAN TRACK rece ng 112 CANOPU d by TUBUS constant T LINE RA S g is define VISION ularly PENDANT LE PB 100 NGE 104 DOW t of lightin g is partic VARIO T SSeD ional aspec nt aspect of lightin car D 112 COM NLIGHT The funct nce. The VARIO M 109 11/12 LE RACK ET M the ambie showroom’s entra LINE RA D OTION light, while 115 DOWnear the car serves to MINI LE ODU L 100 NGE 105 ional and mers D TRACK prominent NLIGHT sphere is funct AVIOR atmo raging custo 112 INDIREC 109 AVA NT ASY ‘sMOTIO g, encou MODUL showroom more invitin DOW N 115 VEG A A T S LAM MMETR IC 105 space BDA LIN make this NLI GRUMIU GHT 113 E 110 in. REL AX to come M 115 H LINE DOW NLI PROXIM GHT MODUL 110 A 170 L SQUARE BOX SIMPLE DOW 116 SUSPE NLI PROPUS GHT ED 113 SWAT DOW NDE D NLI TARF AD GHT MODUL 110 118 MA X BOX 42/43 DOW JUSTAB NLI LE 116 PREPUS GHT 117 DOW 113 NLI SEELLE GHT TUBUS 118 PRO PENDAN LED DOW R 116 T ON TARF NLIGHT 113 VISI BELL DW 118 PC 3 DOW NLI POLUKS GHT FUT URO 114 LED LINE RA BECRUX 119 116 SUSPEN NGE 100 DOW DED SIN NLI SQUARE GHT DOW 121 NLI PORRIM GHT GLE PIE 106 DECRUX TRIMLE CE SS 119 A DOW 117 NLI SQUARE GHT DOW 121 NLI CASTRA GHT GACRUX 119 ceilin 3 117 10 DOW 121 NLI VISION GHT SUrFa g INDIREC 190 LED DOW K CUBE VEG A T QUA NLIGHT 117 DOW AVIOR DRO TR AC 122 NLI CYGNUS GHT PS ceD CONCRE 119 PES OF SHO INDIREC TE SAIPH T DOW 117 CUBE NLIGHT SPECIFIC TY 124 DOW TUBUS 122 NLI CYGNUS 120 CASTOR GHT INDIREC BATEN T DOW 118 112 NLI VISION GHT TUBUS 122 170/190 VISION wall /24 0 120 e LED DOW NLI plac 124 VISION GHT nal BECRUX 170/190 KS op- REL AX ptio MOU LG A ECO 120 XTP LED DES S exce the sh ork VARIO DOW NLI nteD 124 CASH MINI 1/2 123 PRO HID GHT is an also in is a w s MODUL LED SQUARE BOX LINE RA 120 desk d l, it hi 126 WA LL SURFA PB 100 LNGE DOW cash op, an t of al spends of CED 125 ED SIN NLI PROXIM GHT CYGNUS MODUL GLE 123 The in a sh rs ee ntre REL AX A s. Fi BOX 120 ploy the ce 126 H with proces em AVA NT 125 e in ASY MMWA LL 123 ping where ng tim an cri- eMer ETRIC 126 REL AX ASY MMPV area r wor ki ain e m with genc TORNAD ETRIC L 123 Y PC LED O ED or he n. is th ht EMERGE ntio fort e lig 2810 NCY 125 atte com oduc colour LINE RA ual t pr high the 127 EMERGE SURFAC NGE 100 e, vis mus d t on 2760 NCY ED SING LED LE PIECE106 efor hting ss an t be pu ht re- s Ther 127 n. Lig ightne mus lig ce EMERGE terio nt br stress ed by surfa 2610 NCY cie e caus metallic suffi . Mor glare 127 ity and ns. EMERGE fidel tion of plastic coratio 260 0 NCY en the prev g from r and de 127 rce, in te in fo ea is flect coun rds ar e anda ork g etin of th . th e st ch a w of 19 rdin g to it for su value ark PROD UCTS Acco glare lim maxim um em is UGR to th e m th , th up Fro view t of set poin la st the al to a is ppe are to a nce nd cha er a stom rking s ’s wo resse e cu unter supp tes sh co that elimina th ods. e ca ment d r go of th viron ess, an y. hting an en rtn offe ne ct lig ate ains ale th mo Corre will cre maint rking wi area ustion, en wo 7 exha kes wh 26/2 mista rking e wo ectly l of th dir ca nce placed of verti mina s n rs l illu by light minatio custome a onta illu ows as iting horiz ensured The all works wa od be desk. counter and n with A go will cash e ion tio plane e the hind th posit unica 108 its abov ces be ntify e comm surfa tter ide rporat E to be s of co 100/10 PRES TIG mean mers. 1 costu S STIC TERI RAC CHA P’S HO A S
OFFICE AND COMMUNICATION a provides space. it nctional al a multifu for inform office is as well as The head ted work d for concentra le solution of backgroun s a variab it require therefore 117 etings and EARA NCE MODuL CL me part with sentative n. The repre any and illuminatio reference s to the comp factors culture and corporate nality ing the perso characteris ires the user requ of the office h give lumin aires whic usage of opportu- objects the individual me apparent. nity to beco cE cLEaRan E MOdUL ing, HEAD OFFIC designed by oMS Light in architec- 117 standards MODuL EY E e in sets new lighting other spac ing. LED edge almost no tural light lm offers the ides 4300 building ology prov h the office itects such techn nt in switc and arch transpare designers as the and is fully ng on, zzOR 117 potential After turni MODuL RA a creative to off status. difusion its task is cles in the “head offic e”. special parti ous itions for work a homogen rial create create cond up a the pres- mate ce with the ers, to set ce part in light emit ting surfa of the lead meet- The conferen rent ing glass”. The nd for their requires a diffe efect of “shin backgrou at tige office direct and PROD colle agues and light solut ion. The bution is ings with type of the light distri time to repre e sent er colour ct and the correlated light in warm UCTS the same balanced te on indire adjustable or corporat to concentra erature is the company shades helps colour temp 6500K. partners 3000K and culture. unication between glare the comm it gives very low - sUsP same time ant Toge ther with bution of architecto nic struc enDe and at the a more pleas onious distri The natural automat- D the human skin and harm aire has all office type Rebell ce. the lumin ture of this tability to l leD ral appearan brightness LED des the inevi and natu of complex the positives 114 ically inclu tional but TUbUs ession lifetime to only func PhaCT ll visual impr from long expect not ndard 114 The overa concepts is ner above-sta TUbUs prestige office lighting cont rol. also desig interior and CygnUs from the of the PenDan program- leted by the 115 furnishing as well. T TUbUs n solution PenDan comp ent ing managem visiOn illuminatio mODUl mable light vaR adjusted light- T leD 115 Raz zOR the system with i 2 leD DUl optimal aire iO min mO nded lumin the desk 117 The suspe with the ination of mODUl creating an 115 veg MODUL EYE etric and The illum es the eye ing scenes ands - besid onment for every exC a as direct symm characteristic places dem on an inven - 117 mODUl light envir lUs ing day. ive lity - also g the work 115 asymmetric ous flux Ray of the lumin functiona design sUsPen activity durin developed sentative DeD 118 tive and repre rs mODUl distribution any OMS paramete qUa mODUl by the comp designer to fulfil all Rk ii sqUaRe bOx and it has mODUl entrated a 118 sUsPen lam represents for a conc bDa mODUl DeD 116 hellOs with a necessary s show- ma x 120 RenDO luminaire that anically sUsPen as y system space allow le and mech flux mODUl 118 DeD revolutionar g the width activity. This aire to The variab width of the luminous es aRk ava nT 116 ension lumin leD mODUl enables alterin intensity enabl 121 cts adjustable aire MODUL EYE tions for sUsPen wings ous ing the susp mODUl of the lumin The lighting e which attra 119 DeD of the lumin condi sUsPen bOx 116 mechanica lly. good adva ntag n and optimal light mOD DeD mODUl sysT Ul aR equipped with achieving 121 bOx ptional desig of activity. ma x fixture is every type R by an exce ava nT scent lamps m- em MODUL RAZZO indirect 116 linear fluore gent DALI ological para mODUl and mODUl and the intelli modern techn al distribution Ray line With direct 119 mODUl tic of luminous sPik eR nt. characteris represents optim . 117 manageme 121 eters. The tion exe ii out ava nT leDution flux distrib mODUl ous flux with an aire with Cle aRe rea line 119 of the lumin in the leD the first lumin adjustable mODUl nCe to tic c 122 117 ition lines lly electronica luminous exe ii ble ava nT striking trans of the desk artis is a line width of the ut any 120 e proximity curve witho mODUl immediat an he le 122 of sight intensity optical en rtab line change the nt the wear like he/s Ran 100 leD ge need to 119 will preve - luminaire. ell, mfo line g Ranle sUsPen fatigue. line Pb 100ppge DeD 123 lin part of the Ran feelings of thin sUsPen ge 100 w o su leD el c and e e Ran DeD leD e rs it . lfil th sent 100 sUs ge single 110 som 126 l fe PenDeD PieCe mODUl to fu lly ab line aste il Ran 123 lam t is Pb 100 ge sw g is mODUl bDa fu ligh er m yee htin it is 126 en lin 120 n e al lig where atio ith sign 124 plo ci Ceiling e it in illum elf is of t de artifi ac rk w the em the pl the its sult. light from Wo ligh of sURfre ning re type ired re reflect the of the 72/ 73 which mODUl task or to aCeD n plan TUbUs intensity ing the width the here lam The nction inai qu rge s luminous enable chang R bDa lum On the re st to la ii lin he es with variou different angles en ce w . visi 124 rule fu tw the The LED sourc L RAZZO e line Wh sure leD omen lution, aire MODU be 127 ht TUb under Ran tary n reflectors spa the lumin 100 leD ge men nt m to en sponds sed lig CygnUs the built-i intensity curve with Us sURfaC ct so te a able n 124 porta e re eD diffu atio luminous line t im is a corre e, if it is man ey white illumin ay. crea 127 Ran 100 sUR ge ed mos mODUl faCeD clos al the py. The y spac e nc e hu of st w wings 125 e in porta at th and hap T ci type e be sURfaC line IgH of their lif the artifi ve al- s for annd-rate imis valid th surfaceswalls. Thislight in th eD 127 sna PPy and AYL saiPh as 125 of e ha ch ha it ed d mO tural F D t part ality seco Rel ax sw ral, inat g an bOxDUl 127 h lin Y O a grea the qu ance. a c resear tural in gene us illum e ceilin the na x ma hellOs e bILIT spend on why y import scientifi of the na l well- continuo from th operties of 130 as sUR 126 mODUl faC Rel ax ILA eD 128 line lam le mODUl asy AVA ng peop the re aordinar ges, th impact hologi entrate reflect es the pr as e ca ed bDa 130 sqUaRe bOx mmeTR iC leD 126 mODUl sURfaC ki is tr pa e yc conc ost Cesimulat 128 ral eD Wor . That ed ex sitiv d ps lam bDa ut seve the po al an ility to . in m a iling ma x D OFFICE es 130 spac is attrib ned on su ab te is ReCe mODUl HEA rmed le’s vi ge nera inDiReC the ight sseD exe ii as f-D T han light mentio y confi peop iency, to rege of dayl DOw 131 UO nli miCROP to c sl CasTRa ghT 128 y of effic y mODUl Rism read biguou eling ility bilit Ray a Cla ssiC ive, gu- ance the ab availa 133 sURfaC asn fe DOw unam on the eD orm nli 131 erce n to re so r CasTOR ghT line 129 perf ast al t fo Ran sURfaC ge 100 Cla ssiC light their to p men TIO 133 and asn le f eD sin leD t DOw a1/a quire no gle PieC 131 2/a 3/a t no g, nli ing CygnUs ghT 4/a 5/a129 ple bein st bu the re e ptio ii mODUl eo 9 -be eMO 134 la aRk of p aces erce and DOw well Caim nlighT TORnaD e sp 129 p to ility PC leD O l nly offic mODUl gica DOw the nli 134 sURfaC bOx e ab ot o POlUks ghT DOw 132 eD rged Caim nlighT TORnaD holo 129 is n 136 O t th TRim PC mODUl psyc DOw less enla 134 ffec nli qUa day sqUaRe ghT DOw 132 Rk ii nOv nlighT lly a and has 137 130 to DOw iel ntia ual dge role nli 134 sqUaRe ghT bsta f vis owle its TRim less 137 ng o on. DOw to su is kn qUa nlighT DOw ensi nli feeli DRO PRePUs ghT able . Th 137 dim lly. 135 se a DOw gica CUbe nlighT DOw t is ythm new miR a nlighT ligh arou iolo 137 n rh ya CaPh 135 The d, to ve b DOw adia nb PROD nli PROPUs ghT moo atio ecti UCTS circ 138 T 135 min e eff DOw their an nli visiOn ghT hum l illu to b hellOs leD 135 the ia lso DOw rtific nli ut a 138 visiOn ghT late of a eCO ce b 136 DOw nli task spa visiOn ghT lly beCRUx the the ntia on 136 bsta inate s su ence 138 s ha its influ le’s gaCRUx illum ce cade d nt de ion an only pe ood, op at 138 veg a re min t e m to ring ct no ge th exClUs of illu ive ch du affe an and 139 sear the task entally so to ch omfort e has veg a c re sTa nDa ntifi at ndam but al rsa disc owledg ation RD 139 scie view to fu nd ve min ning The the able gs arou or vice All this cial illu kn ged t is sig chan . Ligh thin mfort hm. artifi n de able le eive co rhyt the Whe nd lly. peop to perc ing of adian task of active. dersta equa y feel an circ e ally un ents ent or abilit se a of th ogic is from quirem ou hum tion be biol ambi well- to ar te the rcep ace it th re g the to cal re gula th e pe sio n – office sp count bo utilisin hologi their rged dimen of an to ac d s an and ps ence on yc enla w n ke in colour ne lutio ta sual influ by a ing so ble to us e vi gative ht ita vario e th 110/1 a lig s inev light of achiev t any ne per- s 11 on e n . it reas ing th e ca s withou aces ertie 5 gw of sp e prop 24/2 ix By m lightin ployee s. ion th nt em ie inat copy acce of the bilit illum al to g capa the e go bein ration oa ch to ith th ible. ne w rege appr hole, ss listic w as po a ho as a fully has tion as truth LQS solu ht es its tural lig ceiv e na of th O N OTI EM
EDUCATION AND SCIENCE space g of the ate lightin appropri tion of the rect percep enables cor nising the recog ormation, visual inf 143 RELA X IC LE d faces. ational prem ises ASYMMETR also prese ntation objects and in the educ besides the desks, es the desks the normatively ding area there are, are besid Surroun ces or ises there For the boardg uniformity 0.7. on of the ntation surfa In the educa tional prem of the task area. lightin ct illuminati also prese task s as parts lux and the The corre 0.5 m parts of the surfaces or board level is 500 ng area (from boards as ard illuminance surroundi the pean stand determined and . The Euro task area) ent area the from the 3 m adjac determines backgrou nd (up to En 12464-1 ce level in the illuminan unding area e) minimal rmity of 0.7 to the surro limited spac the unifo framewo rk of the 500 lux at solving the factor. Their d. When the luminous important for the boar it is adjusting is also an can prevent the board VEL enable create the same condi- ing illum ination of ce to be 141 ATION LE flux to correct light eiving for the surfa GACRUX ILLUMIN for the left-h anders also. problems with perc risk of necessary d uniformly and suf- cts tions erroneous mise the illuminate le height. ially affe ficient or objects, mini stress g its who The light substant The insuf classroom or the rise of ficiently alon s -being of on of the eye fatigue, ce of ve the requ ired value ng of well illuminati al space can . The illuminan To achie the feeli ; it in- and strain rmity of teachers her education ct not only and the and unifo the pupils and or- anot tive impa the surro unding area of the level ral lighting he, perf ected with ce by gene fluences their psyc have a nega teaching nd is conn illuminan it the ability ity of the backgrou ce and ; therefore iency, the qual illuminan impossible mance effic nera- on the ability to learn the task area is almost additiona l ate and rege process and ced lumi- to use an to concentr ination of mind of re the balan is inevitable sed lumi- the state is to ensu the field of . The reces correct illum but also on The ibution in tion. The correct and teachers. nance distr luminaire ETRIC LEd e enables the students ce values X ASYMM of the spac are illuminan naire RELA visual ing solutions vision. The the task metric lumi nous n of the modern light ts unding of with an asym perceptio ing the research resul of the surro the by which we , recognis base d on the ding with sity curve i- information s. shown that the area corre spon inten vertical illum and face which have ce level of ve sufficient ct shapes factor for illuminan presenta- obje decisive individual by the achie the whole light is the visual are defined nance of nded al solution gical and the task area En 12464-1. is recomme in general the optim the psycholo is standard surface. it to place people. That European ce tion naire 0.85 d when we well- being of pt to grou nd illuminan to insta ll the lumi is considere way ners attem For the back presenta- in such a why the desig a minimum from the the luminaire to its ard states 1.3 metres nous flux will be as possible the stand unding PROD that the lumi be as close ning the of the surro tion surfa ce. ing surface s when plan of one third the work propertie directed to left hand area value . UCTS ly from the illum ination. diate moderate of the e on imme direction Illuminanc areas Esurrounding es fulfilling side in the g g surroundin lux ns the spac view. Usin LQS assig e teacher’s Task area Illuminanc E ents 5 pupil’s or not cast places the great- SUSP on the task area task ard requirem enDe the stand orming this solut ion they do The task area ing in D lux 500 non-conf visibility on the light points; the on level a shadow and good est demands ational Rebell ≥ 750 300 the illuminati t is ensured. of the educ l leD values of every type area 200 of the pen poin luminous European standard Place of the task 500 118 TUbUS 0 points. tion of the space. The 150 the 300 PhaCT This direc right- determines rmined for En 12464-1 g 118 Etask the surroundin 300 lux for 200 TUbUS flux is dete rs are Immediate with a viSiOn inance level PenDan Etask the left-hande illum rooms. our area (band least 150 T leD handers; in the class at 118 aged in this width of Etask TUbUS disadvant task area tice and around the task 100 CygnUS often ever, toda y there e from prac m n 0.5 within the visual Cla SSiC ≤ 50 Pen on DanT experienc 119 have show aSR ii illuminance case. How area veg a which rch results field) g to the exClUSaS solutions 120 surroundin are lighting the resea of mODUl on immediate ive point of view nancesbOx 119 from the ma mODUl that ity this p of illumi x Relationshi process qual 121 SUSPen wingS (at least area. DeD the teaching mODUl ficient Background the task 121 adjacent SPik value is insuf eR 3 m wide normative tain- diate to the imme area 122 mmend main mODUl g mODUl and we reco Cle aRa surroundin SqUaRe bOx inance limits of the mODUl nCe mal illum within the exe ii 122 SUSPen ing the mini mODUl 121 space) Raz zOR DeD hellOS Pen LUE 125 LQS VADeD SUS aS mODUl 500 lux. en 122 mODUl 121 Cla SSiC 124 eye on level line 122 Illuminati ing area) xTP iP54 Ran SUSPen ge 100 (surround 119 mODU DeD leD Single 125 LQS Value Cla SSiC SyST laR level aSy mm aSn PieCe mODUl illumination area) sly mODUl eTRiC (surrounding ou em lam bDa with an effect ive Ray 5 119 Cla SSiC tinu mODUl SUSPen Ray 125 the windows g the DeD 123 Yes aSn ht. line mO gs amon n ht lam Fitting of . DUl blinds belon avoid the mODUl e co 0 ylig any - 126 working plane 120 e lig bDa qUa Cla SSiC Rk iino e da for ava nT isation of the system ma x ures how 125 to larg to th hting be aSn s to basic meas frommODUl ine. way. cond line 123 leD correct organwill prevent pupils sunsh a1/a diffu tion mODUl 2/a 3/a 127 nted by of se in SUSPen bOx 4/a 5/a120 s to direct glare lig ws can be preve avanT the windo the undesirable glare. est l func ng the res is DeD RenDO 9 ond ite , Direct glare ngular to 126 ever eb to tiona desks recta line and thus 123 wh inai ni 16/17 resp addi hen plan e lumfor d. How ntinu- Placing the ed to the sunshine ava nT the in th aire 127 leD l an the lumin of th handre ly expos line eye tw allsal conditions for writinht it isandt modeen thefrom ltthe n be ends to laerg rege cted type fulfi le to place e co from direct su Ran Pla STiC nd left 100 leD ge 124 g is tosuitab om rately type Pla ST an es a SUSPen ava nT d woptim m do not Pb Ran fle lin DeD 130 lin h ca the pupils ed. hum 126 ed cial lig rfac tion, above an To n solution su is 100 a ensureous flux to be directartififromview. port itythisluthe pendpointeyeensuronffuse lightleD ct, this hf133ly. line Ran e Ran re resp 100 SUS ge 124 The d su ing its luminthe direction of the pupil’ os visibil ct of quire s t im Using so ul mODUl of fa PenDeD ceil side in shadow when writingThe mgood co ce if the rethe humanthe white a matter ht most tr rre di ut Pb 100 ge 130 exe ii N mODUl LQS VALUE inate and leD the its en lin 124 TIO e is 133 e illum cast a spac portan lid that d . As daylig PReSTig om INA 131 on level s an way e is va Ceiling e best s of th rface e d fr LUM Illuminati im ary 128-129 (task area) f IL T ral it SU su ls in th ecte c ated tie SimPle ntifi the gene illumin RfaCeDproper SwaT mODUl scie refl OR O H LQS Value of al lam level illumination area) s, th e pact dw e TUbUS 130 bDa ously iling an ulates th ACT dAYLIG ral areapositive im ychologica ii lin (task l leD viSiOn e 131 line L f ce 5 134 Ran the g sim 100 leD ge ve ICA Of d in se the and ps y to con- the TUbUS htin Yes SURfaC CygnUS LOG ITY tione rmed visual eD 131 of lig 0 line bIO AILAbILready men ously confie pupils´ and the abe daylight sk of the no ilit in 134 Ran 100 SUR ge VEL mODUl ATION LE faCeD wingS 132 ILLUMIN AV e have al ambigu ing of th ficiency lity of th le. The ta SURfaC eD 134 line Sna PPy hellOS un el as w ch has e fe ce ef ailabi e a ru aS SUR 132 n on th rforman the av erefor faCeD Rel ax eo mODUl ar 134 h lin rese l light lam mODUl enc ra eir pe en t on n is th bDa ma x 137 SqUaRe bOx e 132 natu eing, th quirem ucatio influ mODUl SURfaC Rel ax lly eD 134 line e re r ed gica Ray l-b Cla SSiC aSy isive SURfaC wel te. Th ined fo n xTP iP54 mmeTR eD 137 iC leD 133 dec biolo ra mODUl TIO cent term SURfaC bOx 135 es de Ceilin as a and eD spac g ReCe 136 nh ct Pla eMO STiC Cla SSiC orre SSeD Pla ST atio h aSR DOw c COm nlighT 137 135 rm The eT mO Cla SSiC info TiOn 138 ing. aSR ii . DOw ted sing aviORnlighT 135 epic learn amu mOTiO Cla SSiC n 138 aSy mm ed DOw nd nli eTR ore PROxim ghT iC ol a 135 of th Cla SSiC nd m a 138 scho aSn DOw tion ler a nli CaSTRa ghT 136 to Cla SSiC ep p CaPh 139 tion aSn perc g sim DOw a1/a nli CaSTOR ghT 2/a 3/a rela 141 4/a 5/a136 ect arnin hellOS 9 mODUl ils´ 139 lam corr DOw bDa pup eir le nli CygnUS ghT 136 The 141 ii the gaCRUx s th 139 ting ake 141 crea ht m veg a exClUSPv DOw e lig miR a nlighT d ive ange ht 142 ctiv veg a 139 ly ch e lig DOw effe STa nDaPv nli deep le. Th RD PROPUS ghT has but peop eive 142 140 des SaiPh DOw deca fect on to perc rt or PROD nli viSiOn ghT last ef ty fo hm. UCTS 142 leD ring 140 d its abili com rhyt DOw ch du hting an ly the eling of adian nli SqUaRe ghT sear on e fe circ of TeR zO c re of lig ct not task the 140 leD ntifi e task se th human of the DOw affe e nli scie inat SqUaRe ghT arou e n de- 142 The ew at th tantially d, to ntrol th miR zam TRim eptio illum hen leSS 140 perc need to ive. W both DOw the vi bs moo to co qUa nlighT le to su the an d ed the pl e fect take 143 Rel ax DRO ange ef 141 is ab fort tend e sim ically e to leD xTP to ch discom has ex e to th og itabl 143 also a e du biol is inev line vers ledg ion to be ols it s Ran Pb 100 ge vice know uminat sion – eive leD Sin is ill sc ho perc gle 143 All th tificial . it PieCe men n at line w di solutio count. way s of Sna Single PPy the ar a ne g listic ertie PieCe a ho the prop 143 ac e by e lightin lly into e in Rel ax spac aSy mm ng th equa spac to copy eTRiC leD 143 signi ments g of al ire htin the go le. requ e lig ith ib es th le w poss oach a who tfully as appr as trus LQS lution so ht as the ral lig 7 natu the 26/2 114/11 5 G HT AYLI f d ITY O AbIL VAIL N / A TIO M INA ILLU Of TOR fAC AL GIC IOLO / b
INDUSTRY AND ENGINEERING OUTDOOR WORKPLACE ious mon eas of har to ar ents lative uirem rly re ries, xY e req ticula orato LED es th xTP in lab rEL Ax al spac s are par , dustri htnes rmed in in f brig perfo on o trol is ces. ibuti y con e offi distr qualit r in th visual dU o w here w ith V laces orkp on w ter e brigh to us ceil- nded walls, omme dark , is rec cause have rs be niture Us colou well as fur ghter ONiO ings as n to the bri tance HArmiBUTiON s in co mp ariso er reflec use DisTr igHTNEs terial s, a low y can ca the - OF Br ma appro refore gs. An 80 % and the feelin inaire up to ssive the lum quire h their depre tion of n lighting le ac throug selec peop tion fore priate sio orma there r suspen distribution of inf vision y factor fo g or t of (ceilin th direc d their sense in es wi x) an PROD the ke rception fixtur us flu ing is lumino a key light ual pe uctio n of the ent are s distri- ct vis prod ploym UCTS a corre trial and corre ct de harm oniou us for the tness. all ind factor . gh areas quan - n of bri o- only butio harm SUSP e is the eye adeq uate ss enDe nanc man lues of ghtne D Lumi the hu of bri its The va tribution Rebell which refore ropea n l leD tity to d the is the nious dis the eu nds an ution . The 118 respo distrib ner ed by TUbUS ious desig defin 464-1 the PhaCT rmon hting n are ard En 12 s for ha a lig natio stand mend t- 118 k for illumi recom reflec TUbUS key tas nning the trial space. standard viSi fusely PenDan On or dif lues: T leD pla us 118 when e of ind on of interi ing va TUbUS ery typ uti major s follow lls 0.5 to CygnUS in ev s distrib arpness of rface , wa Cla SSiC PenDan ing su 119 to 0.9 cord- T oniou aSR ii veg a Harm ts sh n g 0.7 0.4. Ac , the aS affec exClUS huma ceilin 0.2 to 120 tness mODUl ive brigh les the . , floor ndard bOx 119 enab ma x ntrast mODUl and co 0.8 sam e sta ts SUSPen wingS vision ive the of bright- to the objec 121 DeD major mODUl perce in 121 eye to on s ing tance of ld be SPik eR tributi mand reflec shou 122 ual dis sed de inery) 0.7. mODUl Uneq s increa ability of the mach mODUl 0.2 to Cle aRa place (e.g. SqUaRe bOx ge of mODUl nCe ness tation contrast the ran ndard lues exe ii 122 mODUl SUSPen 121 adap n sta DeD ther va hellOS on the the low lation , ropea 125 Raz zOR SUSPen aS n eye, l stimu this The eu 4-1 sets fur minences mODUl en 122 DeD 121 huma the visua mODUl 46 illu Cla SSiC es and in En 12 ained small 124 eye xTP iP54 reduc igue rman ce maint ces in line Ran 122 eye fat of the surfa o- SUSPen ge 100 119 causes perfo at major such as lab mODU DeD leD Cla SSiC ects the ployees Single 125 on the l spaces, s, SyST laR aSy mm aSn it aff t- office PieCe mODUl i- mODUl eTRiC way the em ve brigh tria ms or e em lam bDa the lum 119 indus Ray ncy of Cla SSiC cessi all roo nanc mODUl 125 n of with a SUSPen efficie e. Ex an es, sm illumi Ray mODUl tributioDeD ct dis luminaires 123 aSn ained lues of line rkplac causes ratori lam mODUl 120 maint h dire 126 ed va ng bDa the wo qUa space Cla SSiC ava nT ma x ires wit d by usi Rk ii For the are stipulet 0, 125 aSn in the ≥ 0.1 line leD mODUl lumina be avoide 123 a1/a ness re. lls rmity - SUSPen bOx using mODUl 2/a 3/a 4/a 5/a120 ble gla of wa DeD ires. By It can 127 20/21 sira unifo iform ava nT effect. RenDO 9 unde with th un line ina of lum a cave 126 50 lux g 30 lux wi 123 es the aces ection ses ava nT l spac ious ilin on sp 127 a sel which cau leD for ce ced by faces, line ustria rmon in co mm ) the Ran Pla STiC in ind of ha 0.10. ircase 100 leD ge influen l sur Pla ST 124 ents are ity ≥ d sta ained line SUSPen can be of vertica ava nT tness h ors an Ran DeD ce 130 E requirem maint a spa minance e Range Pb 100 ge 126 brigh lin corrid VALU s distribution of ative to areas is (e.g. lated value for lls is 75 lux leD 133 ess in illu 100 SUS 124 brightne sufficient LQs rmoniou line PenDeD mODUl Ran n of 130 exe ii ularly rel ntrol stipu wa Pb 100 ge tributio n't ach iev mODUl leD ution ty co nenc e for 0, for us dis en lin 124 l quali do Ha distrib tness partic ies, on illumi ≥ 0.1 ity of 133 PReSTig 1-3) we monio (Fig. 4). e gh visua orator rmity iform The har (Figure sity curve. e 131 of bri where , in lab or in the with unifo th un Ceilin nous flux lumino 128-129 rmed lux wi VDU SURf g LQS Value perfo al g 50 broad SimPle nious with optim ceilin very mODUl Y Harmo tion laces ve an aCeD Sw aT lam STR workp TUbUS bDa distribu ees achie in 0. 130 ii lin s based htn of brig st) 5 s. To tness ≥ 0.1 leD viSiOn e 131 brigh 5 point (contra line lux office of with 134 Ran 100 leD ge ll)>1503 ution begin 0 to nDU TUbUS ards d its SURfaC Em(wa Uo>0. lux withling>753 distrib e means to of the LQS aw nance lev el an s. CygnUS eD 131 line Em(ceih Uo>0. ac tion rface 134 Ran the sp 4 100 SUR ge anisa illumi m su He I mODUl wit e faCeD ll)>75 3 lux ct org n. Th r on on roo wingS 132 Em(wa Uo>0. lux a corre desig d colou rmity SURfaC line withling>503 d its unifo eD 134 Sna PPy or an ial an hellOS Em(ceih Uo>0. interi mater ral, it 3 In T wit aS SUR 132 lux ll)>75 1 of the gene mODUl faC Rel ax ive. in eD types 134 h lin Em(wa Uo>0. lux lam decis mODUl e withling>501 bDa ma x are SqUaRe bOx 132 T 137 Em(ceih Uo>0. wit 2 used mODUl SURfaC Rel ax LIGH lux eD 134 line Ray ll)>50 1 SURfaC Cla SSiC aSy mmeTR Em(wa Uo>0. lux eD 137 xTP iP54 iC leD 133 withling>301 mODUl Em(ceih Uo>0. 1 135 SURfaC bOx s Ceilin TNEs wit eD lux ll)>30 1 ReCe g 136 gH Em(wa Uo>0. lux F Bri Pla STiC withling>101 Cla SSiC O SSeD Pla ST TiON Em(ceih Uo>0. 0 h aSR DOw wit BU COm nlighT 137 isTri lux 135 ll)<30 1 eT mO Us D Cla SSiC Em(wa Uo>0. lux TiOn 138 withling<101 iO DOw aSR ii Em(ceih Uo>0. wit HA rmON aviORnlighT mOTiO 135 Cla SSiC rY g n 138 aSy mm UsT EriN DOw eTR nli iNE iC ND PROxim ghT 135 g Cla SSiC VY i Ng a siN 138 aSn HEA CEs NT E DOw nli CaSTRa ghT 136 PrO ND PLA CaPh Cla SSiC TAL 139 aSn iNg DOw a1/a mE L A nli 2/a 3/a EEr CaSTOR ghT 4/a 5/a136 iCA 141 mODUl hellOS 9 N giN 139 CHA lam DOw bDa E EN nli mE 141 CygnUS ghT 136 TiV gaCRUx ii mO 139 AUTO sE 141 veg a OU g exClUSPv DOw miR a nlighT rEH ssiN ive wA OCE 142 veg a 139 Pr Pv DOw iNg STa nDa nli PROPUS ghT sTiC EEr RD iNg Ps 142 140 PLA giN SaiPh Ork sHO DOw EN PROD nli Ork viSiOn ghT Dw NiC UCTS 142 leD w OO E w TrO 140 DOw BiL LEC nli SqUaRe ghT mO D E TeR zO 140 AUTO N leD L A DOw nli SqUaRe ghT iCA 142 TRim CTr miR zam leSS 140 DOw ELE 143 qUa nlighT DRO g Rel ax TiN xTP 141 leD PriN ms 143 rOO line iNg Ran AN Pb 100 ge Ess leD Sin CLE gle 143 rOC PieCe line Sna D P riEs Single PPy 5 PieCe FOO ATO 54/5 143 s BOr iON Rel ax EriE UCT aSy mm CH LA rOD eTRiC BUT ND leD 143 s riEs iEs A rY P rEA CiLiT LLE g A B AkE jE wE rkiN L FA ND PA iCA g A ND CH Em N A AkiN ATiO HiiN g TC Hm iN Lig wA Um r iLL FETY EriO sA ND ExT Y A ENC iTiE s 114/11 Erg ACiL 5 Em CEs Er F Or kPLA Ow D P Or w AN TDO NTs EAs OU PLA s Ar iAL gis TiC Ng UsT r DLi LO AN iND ND O-H rAg E A iTEs Arg sTO iO N s Or T C UCT D P sTr AN CON Cks , LO ALs CAN
NEW R&D – LIGHTING INNOVATION CENTER Our company as one of the few ones on the SUPPLY CHAIN MANAGEMENT market has created its wn R&D department o LIGHTING QUALITY SHOWROOM OPTIC LABORATORY The lighting innovation center has more than DESIGN OPTICS PRODUCT MANAGEMENT 121 experts in research and development LIGHTING SOLUTIONS MECHANICAL ENGINIERING PHOTOMETRY LABORATORY QUALITY ELECTRONIC SOLUTIONS MANAGEMENT MECHANICAL ENGINIERING COMMERCIAL DEPARTMENT HEAD OF RD LABORATORY LABORATORY NANOTECHNOLOGY CONCEPT OPTIC THERMAL ELECTRONIC MECHANICAL LIGHTING SUPPLY CHAIN AND DESIGN DEPARTMENT DEPARTMENT DEPARTMENT DEPARTMENT SOLUTIONS MANAGEMENT
NANOTECHNOLOGY We specialise on the synthetic optics Utilisation of transmission planar optics for lighting Forming nanostructures and mass production Utilisation of geopolymers in lighting technique
CONCEPT AND DESIGN IDEA CONCEPT SYSTEM LEVEL DESIGN Recessed
OPTIC DEPARTMENT Unique optic designs based on reflector and lens Technologies Optical laboratory + =
THERMAL DEPARTMENT Passive cooling Active cooling Elektroaerodynamik cooling solutions Thermal test center (new testing facility for Air handling luminiares)
ELECTRONIC SOLUTIONS DEPARTMENT Electronic design of luminaires, system level solutions, measurements Electronic Design, Electronic Laboratory, Optimization Customization
MECHANICAL DEPARTMENT Mechanical engineering of new products Customization to react fast and flexible on customer specific demands and requests Optimizations on existing products
LIGHTING SOLUTIONS Lighting Solutions give the opportunity of the highest benefits from illumination and maximum energy savings to customers. Within the Lighting Solutions services we offer a complete lighting project, which consists of three stages: project DEVELOPMENT, INSTALLATION AND SERVICE. LIGHTING DESIGN LIGHTING SPECIFICATION LIGHTING CALCULATION ENERGY SAVING WIRING DESIGN TECHNICAL SUPPORT
SUPPLY CHAIN MANAGEMENT Technical purchaser Electrical purchaser CHA IN MANAG Y EM PPL STR EN SU UPPOR T AT EG T ST IC RAT S ONS P ATI EG IC ER UL UR C M LC CH TO OO CA AS CUS PE ECT G D E V EL ING RAT IN PROJ T OP ION SU PP O R SPEND M E NT SUPPLY PRO STRATEGY S TIO N ON MA PO TI UA IN U L NU S G SO AL E FF E C TI V E FA EV UR C GY T AB O LOGISTICS I LIT OL PRODUCT THE BEST Y N T EC H SERVICES INDIRECT MATERIALS DIRECT MATERIALS
WE KEEP ALL TECHNOLOGIES IN OUR HANDS AND WE GUARANTEE ALL PRODUCED PARTS
TECHNOLOGIES
SPECIAL REQUEST FACTORY WHY A PROJECT „SPECIAL REQUEST FACTORY“? Rising number of requirements for processes of new materials and shapes Prompt respond on customer demands Short delivery time of the same product portfolio Rapid in-house prototype The developmental cycle of new products in shorter time
LED PRODUCTION
OMS COMPANY OF CUSTOMIZATION ACCORDING TO CUSTOMER´S REQUIREMENTS ...
INNOVATIONS High technological performance (TrueWhite technology, Tunable white, Brilliant Mix, RGB technology, effective optical solutions, high luminous efficacy) LQS parameters (Ergonomics, Emotion, Ecology, Efficiency, Esprit, Exceptionality) Highly designed products Energy saving (today max - 122 lm/W, laboratory tests - 254 lm/W) Last lighting trends (glare free optical systems, tunable white, in-house customization, energy saving and energy consumption, light management systems, well being, automated light integration, design, new eco-friendly materials)
COMPLEXITY TREND IDEA DESIGN PROTOTYPE OPTIMIZATION MANUFACTURING PROJECT REALIZATION SERVICE
UPCOMING PRODUCTS
FUTURE CONCEPTS design by Matúš Opálka CIRCLE design by Wanda Valihrachová design by Lenka Abonyiová FLYLIGHT Meander Black Hole design by Eliška Dudová Parazit design by Lucia Šupolová design by Denisa Lukáčová Sunshine ORCA design by Ján Štofko REAL SKY
PROJECTS STEFFL Carrefour Hipercor de Cordoba (Vienna, Austria) (France) – El Corte Inglés (Cordoba, Spain) AIR RAIL STATION FNAC LOUIS PION (Frankfurt, Germany) (Paris, France) (Noisy Le Grand, France)
THANK YOU

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WHY OMS COMPANY PRESENTATION

  • 1.
  • 2.
    ABOUT US TheTop luminaire producer in Central and Eastern Europe Continuous geographical expansion More than 16 years experiences Brand product portfolio: ELITE, ADVANCED, UNOLUX Flexibility, fast delivery times, aggresive pricing Innovation and own R&D center New technologies in manufacturing process Focused on new lighting trends and lighting solutions Customised solutions Wide project references Human resources availability
  • 3.
  • 4.
    WHO WE ARE? Throughour knowledge in the field of development and Production of lighting solutions, we influence the use of artificial lighting in almost 122 countries worldwide for over 16 years. Founded 1995 Liability Limited Company (Ltd.) Number of Employees 1008 Export 98% Distribution 122 countries Area 92 600 m² Covered Area 33 550 m² Production Area 16 000 m² Area of Warehouses 12 000 m² Administrative Area 6 550 m²
  • 5.
    R&D Center Central Dinning Production Production Hall – Products in Production Hall – Production Production Hall/Facility, Warehouse Hall Warehouse Metal Production, Process Powdering Line, Warehouse Production Warehouse Warehouse Storage Metal Production of Semi-finished products Administration Building Showroom Administration Conference Room Production Hall/ Production Hall/ Administration Area – Production Bar Facility Facility Gate House Area Warehouse Warehouse
  • 6.
    SEGMENTATION BRAND SEGMENTATION APPLICATIONS SUPPORT
  • 7.
    ELITE PRODUCT PORTFOLIO DOWNLIGHT TRACK COMET DOWNLIGHT GRUMIUM MODUL WINGS AVIOR CONCRETE TRACK AVIOR ADVANCED DOWNLIGHT CASTRA TERZO COMET MOTION VEGA EXCLUSIVE MODUL EYE REBELL BECRUX STARTRACK TRACK ACROBAT MODUL RAY VARIO DOWNLIGHT CASTOR TUBUS VISION TRACK LOTUS DOWNLIGHT PROXIMA LED MODUL RENDO MODUL QUARK TUBUS PHACT AVANT DOWNLIGHT POLUKS MODUL SPIKER MODUL RAZZOR MODUL CLEARANCE LINE SNAPPY MIRZAM DOWNLIGHT SEELLER DOWNLIGHT TRACK SEELLER AVIOR MOTION
  • 8.
  • 9.
  • 10.
    LIGHTING QUALITY STANDARD Potential to become a global measure of lighting quality Uses a unique rating system Judging more than 20 objectively quantifiable criteria LQS Composer & LQS index 6 E´s
  • 11.
    LQS COMPOSER The smart support for lighting consultants, technicians, ERGONOMICS Colour rendering index (CRI) planners or even your sales team! Glare prevention Illumination level (task area) Illumination level (surrounding of task area) Lighting uniformity Testing the parameters and overall score of the space Harmonious distribution of brightness EMOTION Vertical illumination Ceiling illumination Biological factor of illumination Availability of daylight Bluelight content (T > 6500K) Daylight simulation Dynamic lighting Tunable white Accent lighting RGB colour mixing Ambient lighting ECOLOGY Latest lamp technology System efficasy of luminaire Thermal output of lamp Dangerous material content Product life-time and maintenance costs EFFICIENCY Ambient lighting EL-INDIRECT Presence detector show details of ceiling and VEGA PV - LED enhance atmosphere of room. 3600lm/840 1x55W Constant illuminance sensor Daylight sensor Calling of lighting scenes Avaitability of daylight bringing natural conditions into Working days interior by maximizing the use of daylight, thus minimizing operating cost. Working hours / day: Working hours / night: Combined motion and illuminance Power consumption [kWh/year] Presence detector sensor Passive infrared sensor that reacts on movements. It is switching Power consumption with LMS [kWh/year] luminaries on to a preprogrammed level by occupancy of the room and CO2 savings [kg/year] switching luminaires off by absence Controll unit of persons. LENI [kWh/year.m²] Constant illuminance sensor Switch Reduce the use of artificial light in the early life lighting system. Daylight sensor Sensor reduce the use of artificial light in interiors when natural daylight is available.
  • 12.
    LQS COMPOSER PRO All qualitative parameters at one place Company: Operator: Phone number: Email: Project name: Customer: Sales manager: Date: Objective evaluation of the lighting system ERGONOMICS LIGHTING QUALITY Colour rendering index CRI 80 STANDARD COMPOSER Glare prevention UGR 17.3 from the qualitative point of view PROFESSIONAL Illumination level (task area) Illumination level (surounding of task area) Lighting uniformity yes yes yes Harmonious distribution of brightness OFFICE AND COMMUNICATION Em(wall) 151 lux Applicable for each manufacter of lighting fixtures U0 0.39 OPEN OFFICE Em(celling) 66 lux U0 0.746 GROUND AREA [m2] EMOTION HEIGHT [m] DIMENSIONS 80 2.7 LUMINAIRE 1 FREYN LED Prisma Vertical illumination Em (vertical) / Em (workplace) 0.388 Energy evaluation by LENI LAMP NO. LUMINAIRES LED, 1x44W 12 pcs Ceiling illumination Biological factor of illumination Availability of daylight Em (vertical) / Em (workplace) 0.177 Bluelight content (CCT > 6500K) Daylight simulation Dynamic lighting Tunable white DIALux(printscreen) Accent lighting RGB colour mixing Ambient lighting ECOLOGY Latest lamp technology 120 lm/W System efficacy of luminaire 72.3 lm/W Thermal output of lamp 0 % of IR Dangerous material content 0 mg Product life-time and maintenance costs 50000 hours EFFICIENCY Presence detector R3 Auto ON/Dimmed F0 = 1 Comments frequented movement of persons Constant illuminance sensor Fc = 1 Testing text Daylight sensor R8 Photo cell dimming, medium daylight penetration Fd = 0.4764 Calling of lighting scenes Working days: Mon Tue Wed Thu Fri Sat Sun Working hours/day: 9 Working hours/night: 1 Power consumption 1320 [kWh/year] Power consumption with LMS 698 [kWh/year] CO2 saving 379 [kg/year] LENI 8.72 [kWh/year.m2] 47% 3.03
  • 13.
    LIGHTING MANAGEMENT SYSTEM BENEFITSOF CONTROL AND REGULATION COMFORT AUTONOMY FLEXIBILITY ELIMITATION DEGRICING OF ILLUMINATION ENERGY SAVING
  • 14.
    LED ACADEMY LED Basic Optics Thermal Controls Benefits Applications Strategy ... and many more about LED technology
  • 15.
    LED CALCULATOR LEDCALC supportsto visualize the advantages of LED based luminaires. Information are displayed and calculated: Payback time Manufacturer Selection1 OMS Manufacturer Selection2 OMS Type DOWNLIGHT Type DOWNLIGHT Product name DOWNLIGHT PRO 211 POLISHED Product name DOWNLIGHT VISION 190 LED Energy consumption in a certain time period Light source Color temperature CRI FSQ (TC-DEL) 2x26W 4000 K 80 Light source Color temperature POLISHED FORTIMO GEN 3 4000 K CRI 80 Lumen output 3600 Lumen Lumen output 2000 Lumen CO2 consumption Lumen output-light source meas. 3600 Lumen Luminaire price € Lumen output-light source meas. 2000 Lumen Luminaire price € Wattage 53 W Cost for light source 7€ Wattage 26 W Cost for light source 0€ Light source efficacy 67.9 Lumen/W Color consistance 7 MACADAM Light source efficacy 76.9 Lumen/W Color consistance 3 MACADAM LOR 52 % Lifetime 20000 Hours LOR 100 % Lifetime 50000 Hours Influence of LED based luminaires System efficiency 35.3 Lumen/W Maintenance cycle 1.5t imes System efficiency 76.9 Lumen/W Maintenance cycle 0t imes Net lumen output from luminaire 1872 Lumen Maintenance factor 0,8M F Net lumen output from luminaire 2000 Lumen Maintenance factor 0,9M F Air condition * Presents detection * Daylight sensor 1 * 1 * 1 = 0.0% Air condition * Presents detection * Daylight sensor 1 * 1 * 1 = 0.0% on air condition systems Calcul. Qty of products incl. LLMF 25 PCS Calcul. Qty of products incl. LLMF 20.8 PCS (Ratio to lumen output of 1st selection) 1.00 (Ratio to lumen output of 1st selection) 0.94 Initial investment costs7 69 € Initial investment costs 1872 € Energy costs 13250 € Energy costs 5408 € Reductions (AC, PD, DS) 0 € Reductions (AC, PD, DS) 0 € Impact of daylight sensors on total investment costs Maintenance 488 € Maintenance 0 € Total costs 14507 € Total costs 7280 € Total power consumtion 66250 kWh Total power consumtion 27040 kWh Effect of presents detectors on total investment cost Total Co2 emission 42.4 TONS Total Co2 emission 17.3 TONS COST SAVING: 6758.515 EUR CO2 SAVING: 25.1 TONS Ascendancy of maintenance cycles on total investment costs Graphical analysis PAYBACK TIME RELATED TO HIGHER INITIAL COSTS: OPERATING: 365 DAYS AT1 2 HOURS PER DAY 1.6 YEARS
  • 16.
    RIGHT LIGHT APPLICATION PRESENTATION INDUSTRY OFFICE EDUCATION HOTEL RETAIL SHOP ENGINEERING COMMUNICATION SCIENCE GASTRO SHOPPING MALL OUTDOOR WORKPLACE
  • 17.
    RIGHT LIGHT APPLICATION ARCHITECTURE SPORT ROAD HOUSE HEALTH FACADE LEISURE PATH FLAT CARE CITY MARKETING WELLNESS SQUARE LIVING AREA VISUAL PRESENTATION
  • 18.
    PRESENTATION RETAIL SHOP SHOPPINGMALL WROOM CAR SHO is mainly showroom for a car – cars – larg e, Lighting what is sold ed defined by with curv sy objects - highly glos . The light ed surfaces and structur of a large showroom itions ting ing cond ight penetra cted by dayl high are affe areas. Very big glazed by polaris- through reduced m, ss can be showroo brightne and shut ters. ts for a car ing lenses ecting ligh and har- day can When sel the design d lighting during the sity. A good aspect is Controlle 111 rm light inten important pro- REBELL . provide unifo g lighting, which an nment rall enviro solution is ceilin removes light that h the ove vides hom ogeneous d details from mony wit of unwante the reflection vehicles. In the even - of le space the surfaces e, the who ttim ing and nigh ting at this case. Ligh res beco mes a show sion light fixtu narrow emis brand. phase uses tion to the s the atten sources and draw point light tion is to h the light Another solu , from whic up to the skylights be dayl ight. appears to reflects and show- for a car ting lights the desig n When selec t aspect is importan environ- room, an the overall ony with ly used and harm most wide ently, the high ment. Curr tubes with ces are halide lopm ent light sour ever, deve prOD flux. How short time they luminous within a very gy. proves that LED technolo UctS ed out by will be push tr ac SYSt K TRACK eM AVIOR ADVANC ED 102 TRACK ACROBA T 102 TRACK MOD AIR 103 SYSt Ul ar TRACK CUBE LINE RA eM 103 100 LED NGE TRACK SURFA zOOM CED 106 111 LINE RA 103 100 LED NGE REBELL SUSPE TRACK NDE 106 COM D REL AX ET 103 ASY MMPV LIN SUSpen E ETRIC L ED 106 LINE DeD REBELL L LED SNA PPY 107 AVA NT TRACK SEELLE R 104 LINE TRACK 111 STA RTR TUBUS 107 ACK PHACT PRESTIG 104 E TRACK 112 LOT US TUBUS 108 ceili CYGNUS 104 PENDAN TRACK rece ng 112 CANOPU d by TUBUS constant T LINE RA S g is define VISION ularly PENDANT LE PB 100 NGE 104 DOW t of lightin g is partic VARIO T SSeD ional aspec nt aspect of lightin car D 112 COM NLIGHT The funct nce. The VARIO M 109 11/12 LE RACK ET M the ambie showroom’s entra LINE RA D OTION light, while 115 DOWnear the car serves to MINI LE ODU L 100 NGE 105 ional and mers D TRACK prominent NLIGHT sphere is funct AVIOR atmo raging custo 112 INDIREC 109 AVA NT ASY ‘sMOTIO g, encou MODUL showroom more invitin DOW N 115 VEG A A T S LAM MMETR IC 105 space BDA LIN make this NLI GRUMIU GHT 113 E 110 in. REL AX to come M 115 H LINE DOW NLI PROXIM GHT MODUL 110 A 170 L SQUARE BOX SIMPLE DOW 116 SUSPE NLI PROPUS GHT ED 113 SWAT DOW NDE D NLI TARF AD GHT MODUL 110 118 MA X BOX 42/43 DOW JUSTAB NLI LE 116 PREPUS GHT 117 DOW 113 NLI SEELLE GHT TUBUS 118 PRO PENDAN LED DOW R 116 T ON TARF NLIGHT 113 VISI BELL DW 118 PC 3 DOW NLI POLUKS GHT FUT URO 114 LED LINE RA BECRUX 119 116 SUSPEN NGE 100 DOW DED SIN NLI SQUARE GHT DOW 121 NLI PORRIM GHT GLE PIE 106 DECRUX TRIMLE CE SS 119 A DOW 117 NLI SQUARE GHT DOW 121 NLI CASTRA GHT GACRUX 119 ceilin 3 117 10 DOW 121 NLI VISION GHT SUrFa g INDIREC 190 LED DOW K CUBE VEG A T QUA NLIGHT 117 DOW AVIOR DRO TR AC 122 NLI CYGNUS GHT PS ceD CONCRE 119 PES OF SHO INDIREC TE SAIPH T DOW 117 CUBE NLIGHT SPECIFIC TY 124 DOW TUBUS 122 NLI CYGNUS 120 CASTOR GHT INDIREC BATEN T DOW 118 112 NLI VISION GHT TUBUS 122 170/190 VISION wall /24 0 120 e LED DOW NLI plac 124 VISION GHT nal BECRUX 170/190 KS op- REL AX ptio MOU LG A ECO 120 XTP LED DES S exce the sh ork VARIO DOW NLI nteD 124 CASH MINI 1/2 123 PRO HID GHT is an also in is a w s MODUL LED SQUARE BOX LINE RA 120 desk d l, it hi 126 WA LL SURFA PB 100 LNGE DOW cash op, an t of al spends of CED 125 ED SIN NLI PROXIM GHT CYGNUS MODUL GLE 123 The in a sh rs ee ntre REL AX A s. Fi BOX 120 ploy the ce 126 H with proces em AVA NT 125 e in ASY MMWA LL 123 ping where ng tim an cri- eMer ETRIC 126 REL AX ASY MMPV area r wor ki ain e m with genc TORNAD ETRIC L 123 Y PC LED O ED or he n. is th ht EMERGE ntio fort e lig 2810 NCY 125 atte com oduc colour LINE RA ual t pr high the 127 EMERGE SURFAC NGE 100 e, vis mus d t on 2760 NCY ED SING LED LE PIECE106 efor hting ss an t be pu ht re- s Ther 127 n. Lig ightne mus lig ce EMERGE terio nt br stress ed by surfa 2610 NCY cie e caus metallic suffi . Mor glare 127 ity and ns. EMERGE fidel tion of plastic coratio 260 0 NCY en the prev g from r and de 127 rce, in te in fo ea is flect coun rds ar e anda ork g etin of th . th e st ch a w of 19 rdin g to it for su value ark PROD UCTS Acco glare lim maxim um em is UGR to th e m th , th up Fro view t of set poin la st the al to a is ppe are to a nce nd cha er a stom rking s ’s wo resse e cu unter supp tes sh co that elimina th ods. e ca ment d r go of th viron ess, an y. hting an en rtn offe ne ct lig ate ains ale th mo Corre will cre maint rking wi area ustion, en wo 7 exha kes wh 26/2 mista rking e wo ectly l of th dir ca nce placed of verti mina s n rs l illu by light minatio custome a onta illu ows as iting horiz ensured The all works wa od be desk. counter and n with A go will cash e ion tio plane e the hind th posit unica 108 its abov ces be ntify e comm surfa tter ide rporat E to be s of co 100/10 PRES TIG mean mers. 1 costu S STIC TERI RAC CHA P’S HO A S
  • 19.
    OFFICE AND COMMUNICATION a provides space. it nctional al a multifu for inform office is as well as The head ted work d for concentra le solution of backgroun s a variab it require therefore 117 etings and EARA NCE MODuL CL me part with sentative n. The repre any and illuminatio reference s to the comp factors culture and corporate nality ing the perso characteris ires the user requ of the office h give lumin aires whic usage of opportu- objects the individual me apparent. nity to beco cE cLEaRan E MOdUL ing, HEAD OFFIC designed by oMS Light in architec- 117 standards MODuL EY E e in sets new lighting other spac ing. LED edge almost no tural light lm offers the ides 4300 building ology prov h the office itects such techn nt in switc and arch transpare designers as the and is fully ng on, zzOR 117 potential After turni MODuL RA a creative to off status. difusion its task is cles in the “head offic e”. special parti ous itions for work a homogen rial create create cond up a the pres- mate ce with the ers, to set ce part in light emit ting surfa of the lead meet- The conferen rent ing glass”. The nd for their requires a diffe efect of “shin backgrou at tige office direct and PROD colle agues and light solut ion. The bution is ings with type of the light distri time to repre e sent er colour ct and the correlated light in warm UCTS the same balanced te on indire adjustable or corporat to concentra erature is the company shades helps colour temp 6500K. partners 3000K and culture. unication between glare the comm it gives very low - sUsP same time ant Toge ther with bution of architecto nic struc enDe and at the a more pleas onious distri The natural automat- D the human skin and harm aire has all office type Rebell ce. the lumin ture of this tability to l leD ral appearan brightness LED des the inevi and natu of complex the positives 114 ically inclu tional but TUbUs ession lifetime to only func PhaCT ll visual impr from long expect not ndard 114 The overa concepts is ner above-sta TUbUs prestige office lighting cont rol. also desig interior and CygnUs from the of the PenDan program- leted by the 115 furnishing as well. T TUbUs n solution PenDan comp ent ing managem visiOn illuminatio mODUl mable light vaR adjusted light- T leD 115 Raz zOR the system with i 2 leD DUl optimal aire iO min mO nded lumin the desk 117 The suspe with the ination of mODUl creating an 115 veg MODUL EYE etric and The illum es the eye ing scenes ands - besid onment for every exC a as direct symm characteristic places dem on an inven - 117 mODUl light envir lUs ing day. ive lity - also g the work 115 asymmetric ous flux Ray of the lumin functiona design sUsPen activity durin developed sentative DeD 118 tive and repre rs mODUl distribution any OMS paramete qUa mODUl by the comp designer to fulfil all Rk ii sqUaRe bOx and it has mODUl entrated a 118 sUsPen lam represents for a conc bDa mODUl DeD 116 hellOs with a necessary s show- ma x 120 RenDO luminaire that anically sUsPen as y system space allow le and mech flux mODUl 118 DeD revolutionar g the width activity. This aire to The variab width of the luminous es aRk ava nT 116 ension lumin leD mODUl enables alterin intensity enabl 121 cts adjustable aire MODUL EYE tions for sUsPen wings ous ing the susp mODUl of the lumin The lighting e which attra 119 DeD of the lumin condi sUsPen bOx 116 mechanica lly. good adva ntag n and optimal light mOD DeD mODUl sysT Ul aR equipped with achieving 121 bOx ptional desig of activity. ma x fixture is every type R by an exce ava nT scent lamps m- em MODUL RAZZO indirect 116 linear fluore gent DALI ological para mODUl and mODUl and the intelli modern techn al distribution Ray line With direct 119 mODUl tic of luminous sPik eR nt. characteris represents optim . 117 manageme 121 eters. The tion exe ii out ava nT leDution flux distrib mODUl ous flux with an aire with Cle aRe rea line 119 of the lumin in the leD the first lumin adjustable mODUl nCe to tic c 122 117 ition lines lly electronica luminous exe ii ble ava nT striking trans of the desk artis is a line width of the ut any 120 e proximity curve witho mODUl immediat an he le 122 of sight intensity optical en rtab line change the nt the wear like he/s Ran 100 leD ge need to 119 will preve - luminaire. ell, mfo line g Ranle sUsPen fatigue. line Pb 100ppge DeD 123 lin part of the Ran feelings of thin sUsPen ge 100 w o su leD el c and e e Ran DeD leD e rs it . lfil th sent 100 sUs ge single 110 som 126 l fe PenDeD PieCe mODUl to fu lly ab line aste il Ran 123 lam t is Pb 100 ge sw g is mODUl bDa fu ligh er m yee htin it is 126 en lin 120 n e al lig where atio ith sign 124 plo ci Ceiling e it in illum elf is of t de artifi ac rk w the em the pl the its sult. light from Wo ligh of sURfre ning re type ired re reflect the of the 72/ 73 which mODUl task or to aCeD n plan TUbUs intensity ing the width the here lam The nction inai qu rge s luminous enable chang R bDa lum On the re st to la ii lin he es with variou different angles en ce w . visi 124 rule fu tw the The LED sourc L RAZZO e line Wh sure leD omen lution, aire MODU be 127 ht TUb under Ran tary n reflectors spa the lumin 100 leD ge men nt m to en sponds sed lig CygnUs the built-i intensity curve with Us sURfaC ct so te a able n 124 porta e re eD diffu atio luminous line t im is a corre e, if it is man ey white illumin ay. crea 127 Ran 100 sUR ge ed mos mODUl faCeD clos al the py. The y spac e nc e hu of st w wings 125 e in porta at th and hap T ci type e be sURfaC line IgH of their lif the artifi ve al- s for annd-rate imis valid th surfaceswalls. Thislight in th eD 127 sna PPy and AYL saiPh as 125 of e ha ch ha it ed d mO tural F D t part ality seco Rel ax sw ral, inat g an bOxDUl 127 h lin Y O a grea the qu ance. a c resear tural in gene us illum e ceilin the na x ma hellOs e bILIT spend on why y import scientifi of the na l well- continuo from th operties of 130 as sUR 126 mODUl faC Rel ax ILA eD 128 line lam le mODUl asy AVA ng peop the re aordinar ges, th impact hologi entrate reflect es the pr as e ca ed bDa 130 sqUaRe bOx mmeTR iC leD 126 mODUl sURfaC ki is tr pa e yc conc ost Cesimulat 128 ral eD Wor . That ed ex sitiv d ps lam bDa ut seve the po al an ility to . in m a iling ma x D OFFICE es 130 spac is attrib ned on su ab te is ReCe mODUl HEA rmed le’s vi ge nera inDiReC the ight sseD exe ii as f-D T han light mentio y confi peop iency, to rege of dayl DOw 131 UO nli miCROP to c sl CasTRa ghT 128 y of effic y mODUl Rism read biguou eling ility bilit Ray a Cla ssiC ive, gu- ance the ab availa 133 sURfaC asn fe DOw unam on the eD orm nli 131 erce n to re so r CasTOR ghT line 129 perf ast al t fo Ran sURfaC ge 100 Cla ssiC light their to p men TIO 133 and asn le f eD sin leD t DOw a1/a quire no gle PieC 131 2/a 3/a t no g, nli ing CygnUs ghT 4/a 5/a129 ple bein st bu the re e ptio ii mODUl eo 9 -be eMO 134 la aRk of p aces erce and DOw well Caim nlighT TORnaD e sp 129 p to ility PC leD O l nly offic mODUl gica DOw the nli 134 sURfaC bOx e ab ot o POlUks ghT DOw 132 eD rged Caim nlighT TORnaD holo 129 is n 136 O t th TRim PC mODUl psyc DOw less enla 134 ffec nli qUa day sqUaRe ghT DOw 132 Rk ii nOv nlighT lly a and has 137 130 to DOw iel ntia ual dge role nli 134 sqUaRe ghT bsta f vis owle its TRim less 137 ng o on. DOw to su is kn qUa nlighT DOw ensi nli feeli DRO PRePUs ghT able . Th 137 dim lly. 135 se a DOw gica CUbe nlighT DOw t is ythm new miR a nlighT ligh arou iolo 137 n rh ya CaPh 135 The d, to ve b DOw adia nb PROD nli PROPUs ghT moo atio ecti UCTS circ 138 T 135 min e eff DOw their an nli visiOn ghT hum l illu to b hellOs leD 135 the ia lso DOw rtific nli ut a 138 visiOn ghT late of a eCO ce b 136 DOw nli task spa visiOn ghT lly beCRUx the the ntia on 136 bsta inate s su ence 138 s ha its influ le’s gaCRUx illum ce cade d nt de ion an only pe ood, op at 138 veg a re min t e m to ring ct no ge th exClUs of illu ive ch du affe an and 139 sear the task entally so to ch omfort e has veg a c re sTa nDa ntifi at ndam but al rsa disc owledg ation RD 139 scie view to fu nd ve min ning The the able gs arou or vice All this cial illu kn ged t is sig chan . Ligh thin mfort hm. artifi n de able le eive co rhyt the Whe nd lly. peop to perc ing of adian task of active. dersta equa y feel an circ e ally un ents ent or abilit se a of th ogic is from quirem ou hum tion be biol ambi well- to ar te the rcep ace it th re g the to cal re gula th e pe sio n – office sp count bo utilisin hologi their rged dimen of an to ac d s an and ps ence on yc enla w n ke in colour ne lutio ta sual influ by a ing so ble to us e vi gative ht ita vario e th 110/1 a lig s inev light of achiev t any ne per- s 11 on e n . it reas ing th e ca s withou aces ertie 5 gw of sp e prop 24/2 ix By m lightin ployee s. ion th nt em ie inat copy acce of the bilit illum al to g capa the e go bein ration oa ch to ith th ible. ne w rege appr hole, ss listic w as po a ho as a fully has tion as truth LQS solu ht es its tural lig ceiv e na of th O N OTI EM
  • 20.
    EDUCATION AND SCIENCE space g of the ate lightin appropri tion of the rect percep enables cor nising the recog ormation, visual inf 143 RELA X IC LE d faces. ational prem ises ASYMMETR also prese ntation objects and in the educ besides the desks, es the desks the normatively ding area there are, are besid Surroun ces or ises there For the boardg uniformity 0.7. on of the ntation surfa In the educa tional prem of the task area. lightin ct illuminati also prese task s as parts lux and the The corre 0.5 m parts of the surfaces or board level is 500 ng area (from boards as ard illuminance surroundi the pean stand determined and . The Euro task area) ent area the from the 3 m adjac determines backgrou nd (up to En 12464-1 ce level in the illuminan unding area e) minimal rmity of 0.7 to the surro limited spac the unifo framewo rk of the 500 lux at solving the factor. Their d. When the luminous important for the boar it is adjusting is also an can prevent the board VEL enable create the same condi- ing illum ination of ce to be 141 ATION LE flux to correct light eiving for the surfa GACRUX ILLUMIN for the left-h anders also. problems with perc risk of necessary d uniformly and suf- cts tions erroneous mise the illuminate le height. ially affe ficient or objects, mini stress g its who The light substant The insuf classroom or the rise of ficiently alon s -being of on of the eye fatigue, ce of ve the requ ired value ng of well illuminati al space can . The illuminan To achie the feeli ; it in- and strain rmity of teachers her education ct not only and the and unifo the pupils and or- anot tive impa the surro unding area of the level ral lighting he, perf ected with ce by gene fluences their psyc have a nega teaching nd is conn illuminan it the ability ity of the backgrou ce and ; therefore iency, the qual illuminan impossible mance effic nera- on the ability to learn the task area is almost additiona l ate and rege process and ced lumi- to use an to concentr ination of mind of re the balan is inevitable sed lumi- the state is to ensu the field of . The reces correct illum but also on The ibution in tion. The correct and teachers. nance distr luminaire ETRIC LEd e enables the students ce values X ASYMM of the spac are illuminan naire RELA visual ing solutions vision. The the task metric lumi nous n of the modern light ts unding of with an asym perceptio ing the research resul of the surro the by which we , recognis base d on the ding with sity curve i- information s. shown that the area corre spon inten vertical illum and face which have ce level of ve sufficient ct shapes factor for illuminan presenta- obje decisive individual by the achie the whole light is the visual are defined nance of nded al solution gical and the task area En 12464-1. is recomme in general the optim the psycholo is standard surface. it to place people. That European ce tion naire 0.85 d when we well- being of pt to grou nd illuminan to insta ll the lumi is considere way ners attem For the back presenta- in such a why the desig a minimum from the the luminaire to its ard states 1.3 metres nous flux will be as possible the stand unding PROD that the lumi be as close ning the of the surro tion surfa ce. ing surface s when plan of one third the work propertie directed to left hand area value . UCTS ly from the illum ination. diate moderate of the e on imme direction Illuminanc areas Esurrounding es fulfilling side in the g g surroundin lux ns the spac view. Usin LQS assig e teacher’s Task area Illuminanc E ents 5 pupil’s or not cast places the great- SUSP on the task area task ard requirem enDe the stand orming this solut ion they do The task area ing in D lux 500 non-conf visibility on the light points; the on level a shadow and good est demands ational Rebell ≥ 750 300 the illuminati t is ensured. of the educ l leD values of every type area 200 of the pen poin luminous European standard Place of the task 500 118 TUbUS 0 points. tion of the space. The 150 the 300 PhaCT This direc right- determines rmined for En 12464-1 g 118 Etask the surroundin 300 lux for 200 TUbUS flux is dete rs are Immediate with a viSiOn inance level PenDan Etask the left-hande illum rooms. our area (band least 150 T leD handers; in the class at 118 aged in this width of Etask TUbUS disadvant task area tice and around the task 100 CygnUS often ever, toda y there e from prac m n 0.5 within the visual Cla SSiC ≤ 50 Pen on DanT experienc 119 have show aSR ii illuminance case. How area veg a which rch results field) g to the exClUSaS solutions 120 surroundin are lighting the resea of mODUl on immediate ive point of view nancesbOx 119 from the ma mODUl that ity this p of illumi x Relationshi process qual 121 SUSPen wingS (at least area. DeD the teaching mODUl ficient Background the task 121 adjacent SPik value is insuf eR 3 m wide normative tain- diate to the imme area 122 mmend main mODUl g mODUl and we reco Cle aRa surroundin SqUaRe bOx inance limits of the mODUl nCe mal illum within the exe ii 122 SUSPen ing the mini mODUl 121 space) Raz zOR DeD hellOS Pen LUE 125 LQS VADeD SUS aS mODUl 500 lux. en 122 mODUl 121 Cla SSiC 124 eye on level line 122 Illuminati ing area) xTP iP54 Ran SUSPen ge 100 (surround 119 mODU DeD leD Single 125 LQS Value Cla SSiC SyST laR level aSy mm aSn PieCe mODUl illumination area) sly mODUl eTRiC (surrounding ou em lam bDa with an effect ive Ray 5 119 Cla SSiC tinu mODUl SUSPen Ray 125 the windows g the DeD 123 Yes aSn ht. line mO gs amon n ht lam Fitting of . DUl blinds belon avoid the mODUl e co 0 ylig any - 126 working plane 120 e lig bDa qUa Cla SSiC Rk iino e da for ava nT isation of the system ma x ures how 125 to larg to th hting be aSn s to basic meas frommODUl ine. way. cond line 123 leD correct organwill prevent pupils sunsh a1/a diffu tion mODUl 2/a 3/a 127 nted by of se in SUSPen bOx 4/a 5/a120 s to direct glare lig ws can be preve avanT the windo the undesirable glare. est l func ng the res is DeD RenDO 9 ond ite , Direct glare ngular to 126 ever eb to tiona desks recta line and thus 123 wh inai ni 16/17 resp addi hen plan e lumfor d. How ntinu- Placing the ed to the sunshine ava nT the in th aire 127 leD l an the lumin of th handre ly expos line eye tw allsal conditions for writinht it isandt modeen thefrom ltthe n be ends to laerg rege cted type fulfi le to place e co from direct su Ran Pla STiC nd left 100 leD ge 124 g is tosuitab om rately type Pla ST an es a SUSPen ava nT d woptim m do not Pb Ran fle lin DeD 130 lin h ca the pupils ed. hum 126 ed cial lig rfac tion, above an To n solution su is 100 a ensureous flux to be directartififromview. port itythisluthe pendpointeyeensuronffuse lightleD ct, this hf133ly. line Ran e Ran re resp 100 SUS ge 124 The d su ing its luminthe direction of the pupil’ os visibil ct of quire s t im Using so ul mODUl of fa PenDeD ceil side in shadow when writingThe mgood co ce if the rethe humanthe white a matter ht most tr rre di ut Pb 100 ge 130 exe ii N mODUl LQS VALUE inate and leD the its en lin 124 TIO e is 133 e illum cast a spac portan lid that d . As daylig PReSTig om INA 131 on level s an way e is va Ceiling e best s of th rface e d fr LUM Illuminati im ary 128-129 (task area) f IL T ral it SU su ls in th ecte c ated tie SimPle ntifi the gene illumin RfaCeDproper SwaT mODUl scie refl OR O H LQS Value of al lam level illumination area) s, th e pact dw e TUbUS 130 bDa ously iling an ulates th ACT dAYLIG ral areapositive im ychologica ii lin (task l leD viSiOn e 131 line L f ce 5 134 Ran the g sim 100 leD ge ve ICA Of d in se the and ps y to con- the TUbUS htin Yes SURfaC CygnUS LOG ITY tione rmed visual eD 131 of lig 0 line bIO AILAbILready men ously confie pupils´ and the abe daylight sk of the no ilit in 134 Ran 100 SUR ge VEL mODUl ATION LE faCeD wingS 132 ILLUMIN AV e have al ambigu ing of th ficiency lity of th le. The ta SURfaC eD 134 line Sna PPy hellOS un el as w ch has e fe ce ef ailabi e a ru aS SUR 132 n on th rforman the av erefor faCeD Rel ax eo mODUl ar 134 h lin rese l light lam mODUl enc ra eir pe en t on n is th bDa ma x 137 SqUaRe bOx e 132 natu eing, th quirem ucatio influ mODUl SURfaC Rel ax lly eD 134 line e re r ed gica Ray l-b Cla SSiC aSy isive SURfaC wel te. Th ined fo n xTP iP54 mmeTR eD 137 iC leD 133 dec biolo ra mODUl TIO cent term SURfaC bOx 135 es de Ceilin as a and eD spac g ReCe 136 nh ct Pla eMO STiC Cla SSiC orre SSeD Pla ST atio h aSR DOw c COm nlighT 137 135 rm The eT mO Cla SSiC info TiOn 138 ing. aSR ii . DOw ted sing aviORnlighT 135 epic learn amu mOTiO Cla SSiC n 138 aSy mm ed DOw nd nli eTR ore PROxim ghT iC ol a 135 of th Cla SSiC nd m a 138 scho aSn DOw tion ler a nli CaSTRa ghT 136 to Cla SSiC ep p CaPh 139 tion aSn perc g sim DOw a1/a nli CaSTOR ghT 2/a 3/a rela 141 4/a 5/a136 ect arnin hellOS 9 mODUl ils´ 139 lam corr DOw bDa pup eir le nli CygnUS ghT 136 The 141 ii the gaCRUx s th 139 ting ake 141 crea ht m veg a exClUSPv DOw e lig miR a nlighT d ive ange ht 142 ctiv veg a 139 ly ch e lig DOw effe STa nDaPv nli deep le. Th RD PROPUS ghT has but peop eive 142 140 des SaiPh DOw deca fect on to perc rt or PROD nli viSiOn ghT last ef ty fo hm. UCTS 142 leD ring 140 d its abili com rhyt DOw ch du hting an ly the eling of adian nli SqUaRe ghT sear on e fe circ of TeR zO c re of lig ct not task the 140 leD ntifi e task se th human of the DOw affe e nli scie inat SqUaRe ghT arou e n de- 142 The ew at th tantially d, to ntrol th miR zam TRim eptio illum hen leSS 140 perc need to ive. W both DOw the vi bs moo to co qUa nlighT le to su the an d ed the pl e fect take 143 Rel ax DRO ange ef 141 is ab fort tend e sim ically e to leD xTP to ch discom has ex e to th og itabl 143 also a e du biol is inev line vers ledg ion to be ols it s Ran Pb 100 ge vice know uminat sion – eive leD Sin is ill sc ho perc gle 143 All th tificial . it PieCe men n at line w di solutio count. way s of Sna Single PPy the ar a ne g listic ertie PieCe a ho the prop 143 ac e by e lightin lly into e in Rel ax spac aSy mm ng th equa spac to copy eTRiC leD 143 signi ments g of al ire htin the go le. requ e lig ith ib es th le w poss oach a who tfully as appr as trus LQS lution so ht as the ral lig 7 natu the 26/2 114/11 5 G HT AYLI f d ITY O AbIL VAIL N / A TIO M INA ILLU Of TOR fAC AL GIC IOLO / b
  • 21.
    INDUSTRY AND ENGINEERING OUTDOORWORKPLACE ious mon eas of har to ar ents lative uirem rly re ries, xY e req ticula orato LED es th xTP in lab rEL Ax al spac s are par , dustri htnes rmed in in f brig perfo on o trol is ces. ibuti y con e offi distr qualit r in th visual dU o w here w ith V laces orkp on w ter e brigh to us ceil- nded walls, omme dark , is rec cause have rs be niture Us colou well as fur ghter ONiO ings as n to the bri tance HArmiBUTiON s in co mp ariso er reflec use DisTr igHTNEs terial s, a low y can ca the - OF Br ma appro refore gs. An 80 % and the feelin inaire up to ssive the lum quire h their depre tion of n lighting le ac throug selec peop tion fore priate sio orma there r suspen distribution of inf vision y factor fo g or t of (ceilin th direc d their sense in es wi x) an PROD the ke rception fixtur us flu ing is lumino a key light ual pe uctio n of the ent are s distri- ct vis prod ploym UCTS a corre trial and corre ct de harm oniou us for the tness. all ind factor . gh areas quan - n of bri o- only butio harm SUSP e is the eye adeq uate ss enDe nanc man lues of ghtne D Lumi the hu of bri its The va tribution Rebell which refore ropea n l leD tity to d the is the nious dis the eu nds an ution . The 118 respo distrib ner ed by TUbUS ious desig defin 464-1 the PhaCT rmon hting n are ard En 12 s for ha a lig natio stand mend t- 118 k for illumi recom reflec TUbUS key tas nning the trial space. standard viSi fusely PenDan On or dif lues: T leD pla us 118 when e of ind on of interi ing va TUbUS ery typ uti major s follow lls 0.5 to CygnUS in ev s distrib arpness of rface , wa Cla SSiC PenDan ing su 119 to 0.9 cord- T oniou aSR ii veg a Harm ts sh n g 0.7 0.4. Ac , the aS affec exClUS huma ceilin 0.2 to 120 tness mODUl ive brigh les the . , floor ndard bOx 119 enab ma x ntrast mODUl and co 0.8 sam e sta ts SUSPen wingS vision ive the of bright- to the objec 121 DeD major mODUl perce in 121 eye to on s ing tance of ld be SPik eR tributi mand reflec shou 122 ual dis sed de inery) 0.7. mODUl Uneq s increa ability of the mach mODUl 0.2 to Cle aRa place (e.g. SqUaRe bOx ge of mODUl nCe ness tation contrast the ran ndard lues exe ii 122 mODUl SUSPen 121 adap n sta DeD ther va hellOS on the the low lation , ropea 125 Raz zOR SUSPen aS n eye, l stimu this The eu 4-1 sets fur minences mODUl en 122 DeD 121 huma the visua mODUl 46 illu Cla SSiC es and in En 12 ained small 124 eye xTP iP54 reduc igue rman ce maint ces in line Ran 122 eye fat of the surfa o- SUSPen ge 100 119 causes perfo at major such as lab mODU DeD leD Cla SSiC ects the ployees Single 125 on the l spaces, s, SyST laR aSy mm aSn it aff t- office PieCe mODUl i- mODUl eTRiC way the em ve brigh tria ms or e em lam bDa the lum 119 indus Ray ncy of Cla SSiC cessi all roo nanc mODUl 125 n of with a SUSPen efficie e. Ex an es, sm illumi Ray mODUl tributioDeD ct dis luminaires 123 aSn ained lues of line rkplac causes ratori lam mODUl 120 maint h dire 126 ed va ng bDa the wo qUa space Cla SSiC ava nT ma x ires wit d by usi Rk ii For the are stipulet 0, 125 aSn in the ≥ 0.1 line leD mODUl lumina be avoide 123 a1/a ness re. lls rmity - SUSPen bOx using mODUl 2/a 3/a 4/a 5/a120 ble gla of wa DeD ires. By It can 127 20/21 sira unifo iform ava nT effect. RenDO 9 unde with th un line ina of lum a cave 126 50 lux g 30 lux wi 123 es the aces ection ses ava nT l spac ious ilin on sp 127 a sel which cau leD for ce ced by faces, line ustria rmon in co mm ) the Ran Pla STiC in ind of ha 0.10. ircase 100 leD ge influen l sur Pla ST 124 ents are ity ≥ d sta ained line SUSPen can be of vertica ava nT tness h ors an Ran DeD ce 130 E requirem maint a spa minance e Range Pb 100 ge 126 brigh lin corrid VALU s distribution of ative to areas is (e.g. lated value for lls is 75 lux leD 133 ess in illu 100 SUS 124 brightne sufficient LQs rmoniou line PenDeD mODUl Ran n of 130 exe ii ularly rel ntrol stipu wa Pb 100 ge tributio n't ach iev mODUl leD ution ty co nenc e for 0, for us dis en lin 124 l quali do Ha distrib tness partic ies, on illumi ≥ 0.1 ity of 133 PReSTig 1-3) we monio (Fig. 4). e gh visua orator rmity iform The har (Figure sity curve. e 131 of bri where , in lab or in the with unifo th un Ceilin nous flux lumino 128-129 rmed lux wi VDU SURf g LQS Value perfo al g 50 broad SimPle nious with optim ceilin very mODUl Y Harmo tion laces ve an aCeD Sw aT lam STR workp TUbUS bDa distribu ees achie in 0. 130 ii lin s based htn of brig st) 5 s. To tness ≥ 0.1 leD viSiOn e 131 brigh 5 point (contra line lux office of with 134 Ran 100 leD ge ll)>1503 ution begin 0 to nDU TUbUS ards d its SURfaC Em(wa Uo>0. lux withling>753 distrib e means to of the LQS aw nance lev el an s. CygnUS eD 131 line Em(ceih Uo>0. ac tion rface 134 Ran the sp 4 100 SUR ge anisa illumi m su He I mODUl wit e faCeD ll)>75 3 lux ct org n. Th r on on roo wingS 132 Em(wa Uo>0. lux a corre desig d colou rmity SURfaC line withling>503 d its unifo eD 134 Sna PPy or an ial an hellOS Em(ceih Uo>0. interi mater ral, it 3 In T wit aS SUR 132 lux ll)>75 1 of the gene mODUl faC Rel ax ive. in eD types 134 h lin Em(wa Uo>0. lux lam decis mODUl e withling>501 bDa ma x are SqUaRe bOx 132 T 137 Em(ceih Uo>0. wit 2 used mODUl SURfaC Rel ax LIGH lux eD 134 line Ray ll)>50 1 SURfaC Cla SSiC aSy mmeTR Em(wa Uo>0. lux eD 137 xTP iP54 iC leD 133 withling>301 mODUl Em(ceih Uo>0. 1 135 SURfaC bOx s Ceilin TNEs wit eD lux ll)>30 1 ReCe g 136 gH Em(wa Uo>0. lux F Bri Pla STiC withling>101 Cla SSiC O SSeD Pla ST TiON Em(ceih Uo>0. 0 h aSR DOw wit BU COm nlighT 137 isTri lux 135 ll)<30 1 eT mO Us D Cla SSiC Em(wa Uo>0. lux TiOn 138 withling<101 iO DOw aSR ii Em(ceih Uo>0. wit HA rmON aviORnlighT mOTiO 135 Cla SSiC rY g n 138 aSy mm UsT EriN DOw eTR nli iNE iC ND PROxim ghT 135 g Cla SSiC VY i Ng a siN 138 aSn HEA CEs NT E DOw nli CaSTRa ghT 136 PrO ND PLA CaPh Cla SSiC TAL 139 aSn iNg DOw a1/a mE L A nli 2/a 3/a EEr CaSTOR ghT 4/a 5/a136 iCA 141 mODUl hellOS 9 N giN 139 CHA lam DOw bDa E EN nli mE 141 CygnUS ghT 136 TiV gaCRUx ii mO 139 AUTO sE 141 veg a OU g exClUSPv DOw miR a nlighT rEH ssiN ive wA OCE 142 veg a 139 Pr Pv DOw iNg STa nDa nli PROPUS ghT sTiC EEr RD iNg Ps 142 140 PLA giN SaiPh Ork sHO DOw EN PROD nli Ork viSiOn ghT Dw NiC UCTS 142 leD w OO E w TrO 140 DOw BiL LEC nli SqUaRe ghT mO D E TeR zO 140 AUTO N leD L A DOw nli SqUaRe ghT iCA 142 TRim CTr miR zam leSS 140 DOw ELE 143 qUa nlighT DRO g Rel ax TiN xTP 141 leD PriN ms 143 rOO line iNg Ran AN Pb 100 ge Ess leD Sin CLE gle 143 rOC PieCe line Sna D P riEs Single PPy 5 PieCe FOO ATO 54/5 143 s BOr iON Rel ax EriE UCT aSy mm CH LA rOD eTRiC BUT ND leD 143 s riEs iEs A rY P rEA CiLiT LLE g A B AkE jE wE rkiN L FA ND PA iCA g A ND CH Em N A AkiN ATiO HiiN g TC Hm iN Lig wA Um r iLL FETY EriO sA ND ExT Y A ENC iTiE s 114/11 Erg ACiL 5 Em CEs Er F Or kPLA Ow D P Or w AN TDO NTs EAs OU PLA s Ar iAL gis TiC Ng UsT r DLi LO AN iND ND O-H rAg E A iTEs Arg sTO iO N s Or T C UCT D P sTr AN CON Cks , LO ALs CAN
  • 22.
    NEW R&D –LIGHTING INNOVATION CENTER Our company as one of the few ones on the SUPPLY CHAIN MANAGEMENT market has created its wn R&D department o LIGHTING QUALITY SHOWROOM OPTIC LABORATORY The lighting innovation center has more than DESIGN OPTICS PRODUCT MANAGEMENT 121 experts in research and development LIGHTING SOLUTIONS MECHANICAL ENGINIERING PHOTOMETRY LABORATORY QUALITY ELECTRONIC SOLUTIONS MANAGEMENT MECHANICAL ENGINIERING COMMERCIAL DEPARTMENT HEAD OF RD LABORATORY LABORATORY NANOTECHNOLOGY CONCEPT OPTIC THERMAL ELECTRONIC MECHANICAL LIGHTING SUPPLY CHAIN AND DESIGN DEPARTMENT DEPARTMENT DEPARTMENT DEPARTMENT SOLUTIONS MANAGEMENT
  • 23.
    NANOTECHNOLOGY We specialiseon the synthetic optics Utilisation of transmission planar optics for lighting Forming nanostructures and mass production Utilisation of geopolymers in lighting technique
  • 24.
    CONCEPT AND DESIGN IDEA CONCEPT SYSTEM LEVEL DESIGN Recessed
  • 25.
    OPTIC DEPARTMENT Uniqueoptic designs based on reflector and lens Technologies Optical laboratory + =
  • 26.
    THERMAL DEPARTMENT Passivecooling Active cooling Elektroaerodynamik cooling solutions Thermal test center (new testing facility for Air handling luminiares)
  • 27.
    ELECTRONIC SOLUTIONS DEPARTMENT Electronic design of luminaires, system level solutions, measurements Electronic Design, Electronic Laboratory, Optimization Customization
  • 28.
    MECHANICAL DEPARTMENT Mechanicalengineering of new products Customization to react fast and flexible on customer specific demands and requests Optimizations on existing products
  • 29.
    LIGHTING SOLUTIONS Lighting Solutionsgive the opportunity of the highest benefits from illumination and maximum energy savings to customers. Within the Lighting Solutions services we offer a complete lighting project, which consists of three stages: project DEVELOPMENT, INSTALLATION AND SERVICE. LIGHTING DESIGN LIGHTING SPECIFICATION LIGHTING CALCULATION ENERGY SAVING WIRING DESIGN TECHNICAL SUPPORT
  • 30.
    SUPPLY CHAIN MANAGEMENT Technical purchaser Electrical purchaser CHA IN MANAG Y EM PPL STR EN SU UPPOR T AT EG T ST IC RAT S ONS P ATI EG IC ER UL UR C M LC CH TO OO CA AS CUS PE ECT G D E V EL ING RAT IN PROJ T OP ION SU PP O R SPEND M E NT SUPPLY PRO STRATEGY S TIO N ON MA PO TI UA IN U L NU S G SO AL E FF E C TI V E FA EV UR C GY T AB O LOGISTICS I LIT OL PRODUCT THE BEST Y N T EC H SERVICES INDIRECT MATERIALS DIRECT MATERIALS
  • 31.
    WE KEEP ALLTECHNOLOGIES IN OUR HANDS AND WE GUARANTEE ALL PRODUCED PARTS
  • 32.
  • 33.
    SPECIAL REQUEST FACTORY WHYA PROJECT „SPECIAL REQUEST FACTORY“? Rising number of requirements for processes of new materials and shapes Prompt respond on customer demands Short delivery time of the same product portfolio Rapid in-house prototype The developmental cycle of new products in shorter time
  • 34.
  • 35.
    OMS COMPANY OFCUSTOMIZATION ACCORDING TO CUSTOMER´S REQUIREMENTS ...
  • 36.
    INNOVATIONS Hightechnological performance (TrueWhite technology, Tunable white, Brilliant Mix, RGB technology, effective optical solutions, high luminous efficacy) LQS parameters (Ergonomics, Emotion, Ecology, Efficiency, Esprit, Exceptionality) Highly designed products Energy saving (today max - 122 lm/W, laboratory tests - 254 lm/W) Last lighting trends (glare free optical systems, tunable white, in-house customization, energy saving and energy consumption, light management systems, well being, automated light integration, design, new eco-friendly materials)
  • 37.
    COMPLEXITY TREND IDEA DESIGN PROTOTYPE OPTIMIZATION MANUFACTURING PROJECT REALIZATION SERVICE
  • 38.
  • 39.
    FUTURE CONCEPTS design by Matúš Opálka CIRCLE design by Wanda Valihrachová design by Lenka Abonyiová FLYLIGHT Meander Black Hole design by Eliška Dudová Parazit design by Lucia Šupolová design by Denisa Lukáčová Sunshine ORCA design by Ján Štofko REAL SKY
  • 40.
    PROJECTS STEFFL Carrefour Hipercor de Cordoba (Vienna, Austria) (France) – El Corte Inglés (Cordoba, Spain) AIR RAIL STATION FNAC LOUIS PION (Frankfurt, Germany) (Paris, France) (Noisy Le Grand, France)
  • 41.