This document is a certificate issued by EVPU a.s. certifying that G&G Contact Lens Co. has been assessed and certified as meeting the requirements of ISO 13485:2003 for the design, production, and distribution of soft contact lenses. The certificate is valid from March 29, 2011 until March 28, 2014. It also certifies that G&G Contact Lens Co. meets the requirements of ISO 9001:2008 for the design, production, and distribution of soft contact lenses and is valid from April 4, 2011 until April 3, 2014. This certificate was issued by EVPU a.s. on April 7, 2011 and is valid until April 6, 2016 for G&G Contact Lens
This document is a certificate issued by EVPU a.s. (Notified Body No. 1293) to G&G Contact Lens Co. certifying that their quality assurance system for the design, production, storage and distribution of soft contact lenses has been assessed and found to meet the requirements of ISO 13485 and the European Union Medical Device Directive. The certificate is valid from April 7, 2011 until April 6, 2016 and covers soft hydrogel contact lenses for single vision use. An appendix lists the specific product codes and brands covered under this certification.
This document defines key terms related to contact lenses, including their materials and manufacturing processes. It discusses important optical considerations like the tear lens, correcting astigmatism, and presbyopia. Contact lens materials include PMMA, CAB, silicone acrylate, fluoropolymers, and HEMA hydrogels. Lenses are manufactured using processes like spin casting, lathe cutting, and cast molding. A thorough examination is required when fitting patients with contact lenses.
The document summarizes key aspects of contact lens fitting and evaluation. It discusses the anatomy relevant to contact lenses including the tear film and cornea. It then covers common contact lens materials and parameters like oxygen permeability. The document outlines a typical contact lens examination including case history, fitting evaluation, and patient education on proper lens care.
The document discusses contact lens design. It describes how contact lenses are thin shells that fit directly on the eye's surface. Soft contact lens design considers factors like diameter, thickness, curvature, edge design and lens material properties. Proper design is important for comfort, safety and vision. Soft lens design aims to closely match the eye's dimensions. High water lenses provide better comfort while low water lenses last longer. Rigid gas permeable lens design seeks an ideal fit through optimal design and material selection. The goal is comfortable, clear vision with minimal eye response.
1. Contact lenses were first conceptualized in the early 1500s but were not successfully fitted until 1887 when Dr. Fick created a contact lens made of brown glass.
2. Early contact lenses were crude and caused corneal abrasions due to a lack of understanding of corneal physiology. This led to the development of scleral lenses in the late 1800s.
3. In the mid-1900s, soft contact lenses made of plastics like hydroxyethyl methacrylate were introduced, improving comfort and oxygen permeability compared to hard lenses. Proper oxygen transmission through lenses is important for corneal health.
Fitting soft contact lenses requires considering many patient-specific factors to achieve excellent vision and ocular health. A proper fit involves selecting the correct total diameter, base curve, thickness, and material based on the patient's prescription, corneal shape, lifestyle, and health. Trial lenses are used to evaluate fit parameters like coverage, centration, movement, comfort, and vision to optimize on-eye performance while avoiding issues like tightness or looseness that could impact ocular health or vision. The goal is to find a lens that provides optimum vision and good comfort without causing any ocular insult.
The document discusses rigid gas permeable contact lenses, including their benefits, applications, fitting process, and lens design considerations. Some key points covered include:
1. RGP lenses can automatically correct astigmatism, provide good vision and eye health benefits like increased oxygen transmission.
2. The fitting process involves evaluating the lens-cornea relationship using fluorescein dye to identify any bearing, clearance or sealing issues.
3. Important lens design factors are the overall diameter, optical zone size, base curve, thickness, and peripheral curve to achieve a proper alignment fit.
This document is a certificate issued by EVPU a.s. (Notified Body No. 1293) to G&G Contact Lens Co. certifying that their quality assurance system for the design, production, storage and distribution of soft contact lenses has been assessed and found to meet the requirements of ISO 13485 and the European Union Medical Device Directive. The certificate is valid from April 7, 2011 until April 6, 2016 and covers soft hydrogel contact lenses for single vision use. An appendix lists the specific product codes and brands covered under this certification.
This document defines key terms related to contact lenses, including their materials and manufacturing processes. It discusses important optical considerations like the tear lens, correcting astigmatism, and presbyopia. Contact lens materials include PMMA, CAB, silicone acrylate, fluoropolymers, and HEMA hydrogels. Lenses are manufactured using processes like spin casting, lathe cutting, and cast molding. A thorough examination is required when fitting patients with contact lenses.
The document summarizes key aspects of contact lens fitting and evaluation. It discusses the anatomy relevant to contact lenses including the tear film and cornea. It then covers common contact lens materials and parameters like oxygen permeability. The document outlines a typical contact lens examination including case history, fitting evaluation, and patient education on proper lens care.
The document discusses contact lens design. It describes how contact lenses are thin shells that fit directly on the eye's surface. Soft contact lens design considers factors like diameter, thickness, curvature, edge design and lens material properties. Proper design is important for comfort, safety and vision. Soft lens design aims to closely match the eye's dimensions. High water lenses provide better comfort while low water lenses last longer. Rigid gas permeable lens design seeks an ideal fit through optimal design and material selection. The goal is comfortable, clear vision with minimal eye response.
1. Contact lenses were first conceptualized in the early 1500s but were not successfully fitted until 1887 when Dr. Fick created a contact lens made of brown glass.
2. Early contact lenses were crude and caused corneal abrasions due to a lack of understanding of corneal physiology. This led to the development of scleral lenses in the late 1800s.
3. In the mid-1900s, soft contact lenses made of plastics like hydroxyethyl methacrylate were introduced, improving comfort and oxygen permeability compared to hard lenses. Proper oxygen transmission through lenses is important for corneal health.
Fitting soft contact lenses requires considering many patient-specific factors to achieve excellent vision and ocular health. A proper fit involves selecting the correct total diameter, base curve, thickness, and material based on the patient's prescription, corneal shape, lifestyle, and health. Trial lenses are used to evaluate fit parameters like coverage, centration, movement, comfort, and vision to optimize on-eye performance while avoiding issues like tightness or looseness that could impact ocular health or vision. The goal is to find a lens that provides optimum vision and good comfort without causing any ocular insult.
The document discusses rigid gas permeable contact lenses, including their benefits, applications, fitting process, and lens design considerations. Some key points covered include:
1. RGP lenses can automatically correct astigmatism, provide good vision and eye health benefits like increased oxygen transmission.
2. The fitting process involves evaluating the lens-cornea relationship using fluorescein dye to identify any bearing, clearance or sealing issues.
3. Important lens design factors are the overall diameter, optical zone size, base curve, thickness, and peripheral curve to achieve a proper alignment fit.
This document discusses various complications that can arise from contact lens wear, including dry eye, meibomian gland dysfunction, papillary conjunctivitis, neovascularization, corneal staining, acanthamoeba keratitis, endothelial polymegathism, and more. It provides details on the signs, symptoms, causes, diagnosis, and management of each complication. Poor compliance, inadequate lens-cornea relationship, insufficient oxygen transmissibility, and lens incompatibility can all contribute to the development of contact lens related complications if not properly cared for and maintained.
This document discusses contact lens manufacturing methods. It outlines desirable properties for lens materials including being homogeneous, dimensionally stable, and durable. Rigid gas permeable and soft lens materials are listed. Common manufacturing techniques include lathing, cast molding, spin casting, and reverse process III. The advantages and disadvantages of each method are provided. Quality assurance testing of preliminary lenses is also mentioned.
Common complications from rigid gas permeable (RGP) contact lens wear include inflammation and staining, oedema and hypoxia, and mechanical and pressure issues. Inflammation and staining complications include papillary conjunctivitis, 3 and 9 o'clock staining, corneal dellen, and vascularized limbal keratitis. Oedema and hypoxia complications include corneal oedema. Mechanical and pressure complications involve lens adherence, corneal warpage, and incomplete blinking leading to peripheral corneal desiccation and staining. Managing complications requires determining the underlying cause, such as lens design or fitting issues, and taking steps to improve lens physiology and ocular health.
History & materials of conatct lens by pushkar dhirPushkar Dhir
This document provides a history of contact lenses, including early sketches by Leonardo Da Vinci and Rene Descartes, and developments made by Adolf Fick, Fa Muller and Sons, and Carl Zeiss in the late 19th century. It discusses the evolution of materials from PMMA to silicone, hydrogel, and various surface treatments. Contact lenses are classified based on purpose, anatomical location, material, water content, and wearing schedule. Parameters like base curve, diameter, power, and various lens designs are also outlined.
This document summarizes key points about rigid gas permeable (RGP) contact lenses. It discusses how RGP lenses are made of permeable materials that are rigid like PMMA but allow oxygen permeability. RGP lenses are chosen for conditions like astigmatism, irregular astigmatism, keratoconus, and after refractive surgery/grafts due to their ability to correct high prescriptions and provide oxygen. The document outlines fitting philosophies for different corneal shapes and conditions, including how the tear lens interacts with spherical and toric RGP lenses. It also discusses special considerations for fitting RGP lenses after procedures like penetrating keratoplasty and radial keratotomy.
Sales Management - Bausch & Lomb Presentationminneapplealex
John Hardy, Alex Heide, Ross Gregerson & Laura Grbavcich presented on Bausch & Lomb's business portfolio and market overview. Bausch & Lomb has 12,000 employees servicing over 100 countries and was founded in 1853. Their customer base includes optometrists, ophthalmologists, and retailers. They sell lens brands, cleaning solutions, and pharmaceuticals. The presentation discussed restructuring their sales force to identify cross-selling opportunities and target larger accounts to leverage their full product line.
Bausch & Lomb targets urban males and females aged 18-30 with incomes over 20,000 INR per month. It positions its contact lenses as fashion accessories that enhance confidence. Initially targeting females, it now equally targets males. It focuses on soft contact lenses and colors lenses to appeal to youth. Bausch & Lomb has penetrated the Indian market since 1993 and strengthened its brand image among youth as a style statement and source of economical, hygienic contact lenses.
Spherical RGP contact lens fitting and prescribingPabita Dhungel
RGP contact lenses provide better oxygen permeability than soft lenses, making them a good option for higher prescriptions or conditions like keratoconus. Key factors in fitting RGP lenses include assessing the patient's cornea, measuring their prescription, pupil size, and lid characteristics to select the appropriate trial lens. During the fitting, the practitioner evaluates the lens's dynamic movement, static position, centration, and the patient's vision to determine the right lens parameters to order.
1. The document discusses the benefits of disposable contact lenses and frequent replacement programs (FRP) for providing healthier contact lens wear. It notes that consumers prioritize healthier lenses that do not cause infections or complications.
2. Disposable and FRP lenses are presented as ways to eliminate obstacles to successful contact lens wear like deposits, films, irritation and reduced comfort by replacing lenses frequently. They provide benefits like superior comfort, hygiene, and convenience.
3. The document outlines different types of disposable and FRP lenses available based on modality, wearing time, material, correction, and discusses their advantages over traditional lenses in promoting ocular health, satisfaction, and retention of contact lens wearers.
This document discusses therapeutic contact lenses (TCLs). It defines TCLs as lenses fitted to maintain or restore ocular tissues. The main aims of TCLs are relief of pain, promotion of healing, mechanical protection, maintenance of hydration, and drug delivery. The document describes various TCL types and their applications for conditions like corneal ulcers, dry eye, trauma, surgery recovery, and more. Complications are also addressed. In summary, it provides an overview of TCLs, including their definition, aims, types, fitting considerations, and clinical applications.
Manufacturing methods of soft contact lens - presentation at www.eyenirvaan.comEyenirvaan
There are four main methods for manufacturing soft contact lenses: spin casting, lathe cutting, cast molding, and lightstream process. Spin casting involves injecting liquid polymer into a spinning mold to form the lens shape and curing it with UV light. Lathe cutting machines individually grind and polish acrylic buttons into lenses. Cast molding injects liquid monomer into molds that are then cured to form a finished lens. The lightstream process uses molds and masks to form the lens edges during curing. Each method has advantages and disadvantages related to precision, reproducibility, and cost.
1. This document discusses fitting rigid gas permeable (RGP) contact lenses to toric corneas.
2. It describes various lens designs including spherical, aspheric, toric base curve, and spherical power equivalent lenses.
3. Guidelines are provided for selecting the appropriate lens type based on factors such as the amount of corneal toricity and whether the corneal cylinder matches the spectacle cylinder. Formulas and spreadsheets are also described to calculate the lens power.
This document is a certificate issued by EVPU a.s. (Notified Body No. 1293) to G&G Contact Lens Co. certifying that their quality assurance system for the design, production, storage and distribution of soft contact lenses has been assessed and found to meet the requirements of ISO 13485 and the European Union Medical Device Directive. The certificate is valid from April 7, 2011 until April 6, 2016 and covers soft hydrogel contact lenses for single vision use. An appendix lists the specific product codes and brands covered under this certification.
Techlube FO is a water-based lubricant for pulling fiber optic cables and inner ducts underground. It adheres well to cables in wet conditions and reduces friction during pulls. Techlube FO is non-toxic, non-flammable, and biodegradable. It can be used to lubricate plastic conduits for installing communication and fiber optic cables, as well as for inner duct installations and duct pre-lubrication. Formulas are provided to calculate the amount of Techlube FO needed based on conduit length and diameter.
We supply reliable products based on our 20 years of production and quality control know-how.
It is a product optimized for the butt fusion joint pipe, electric fusion joint pipe and ball valve which are supplied together, and we provide stable quality products.
The document summarizes the projects of Daniele Tosi and the Optical Fibre Sensors Research Centre at the University of Limerick. Some key projects discussed include developing extrinsic Fabry-Perot interferometer sensors for biomedical applications like measuring pressure for urodynamics and cardiovascular applications. The research has also led to developing optical fibre sensors for monitoring radiation levels in radiation therapy. Partnerships with hospitals and other universities in Italy and China are also mentioned.
This document is a test report from SGS Taiwan Ltd. that summarizes the results of tests conducted on a sample of CORNING GORILLA® GLASS Style/Item No. GORILLA® 2319 provided by CORNING DISPLAY TECHNOLOGIES TAIWAN CO., LTD. The report details that testing was performed between December 10, 2015 and December 17, 2015 to analyze the sample for substances including cadmium, lead, mercury, hexavalent chromium, polybrominated biphenyls, polybrominated diphenyl ethers, and phthalates. The test results indicated that all measured substances were not detected in the sample.
The document summarizes the projects of the Optical Fibre Sensors Research Centre at the University of Limerick. It describes projects involving biomedical sensors, radiation therapy dosimetry sensors, gas and pressure monitoring, food monitoring, and structural health monitoring of historical buildings. It also outlines collaborations with universities and companies in Italy and China on fiber optic sensor technologies.
The document lists the training courses and audits conducted by the individual. It includes 17 training courses attended between 2011-2016 covering topics such as quality management systems, product safety standards, and manufacturing best practices. The training courses were provided by organizations like TUV Rheinland, IRCA, and AEXOR. It also lists 21 audits conducted for companies in various industries to certify compliance with standards like ISO 9001 and SNI. The audits involved assessing factories and issuing certification for products such as washing machines, air conditioners, and refrigerators.
1) The document is a product specification sheet for an inductor from Hongxin Technology Co. Ltd. It includes specifications for electrical characteristics, mechanical dimensions, test data, reliability test conditions, and material composition.
2) Test reports and graphs show the inductor meets specifications for inductance, DCR, saturation current, temperature variation, frequency variation, and current variation. It also passes reliability tests.
3) The document provides detailed information on the inductor's specifications, test methods, test results, material composition, and certification documents to verify product quality and reliability.
This document discusses various complications that can arise from contact lens wear, including dry eye, meibomian gland dysfunction, papillary conjunctivitis, neovascularization, corneal staining, acanthamoeba keratitis, endothelial polymegathism, and more. It provides details on the signs, symptoms, causes, diagnosis, and management of each complication. Poor compliance, inadequate lens-cornea relationship, insufficient oxygen transmissibility, and lens incompatibility can all contribute to the development of contact lens related complications if not properly cared for and maintained.
This document discusses contact lens manufacturing methods. It outlines desirable properties for lens materials including being homogeneous, dimensionally stable, and durable. Rigid gas permeable and soft lens materials are listed. Common manufacturing techniques include lathing, cast molding, spin casting, and reverse process III. The advantages and disadvantages of each method are provided. Quality assurance testing of preliminary lenses is also mentioned.
Common complications from rigid gas permeable (RGP) contact lens wear include inflammation and staining, oedema and hypoxia, and mechanical and pressure issues. Inflammation and staining complications include papillary conjunctivitis, 3 and 9 o'clock staining, corneal dellen, and vascularized limbal keratitis. Oedema and hypoxia complications include corneal oedema. Mechanical and pressure complications involve lens adherence, corneal warpage, and incomplete blinking leading to peripheral corneal desiccation and staining. Managing complications requires determining the underlying cause, such as lens design or fitting issues, and taking steps to improve lens physiology and ocular health.
History & materials of conatct lens by pushkar dhirPushkar Dhir
This document provides a history of contact lenses, including early sketches by Leonardo Da Vinci and Rene Descartes, and developments made by Adolf Fick, Fa Muller and Sons, and Carl Zeiss in the late 19th century. It discusses the evolution of materials from PMMA to silicone, hydrogel, and various surface treatments. Contact lenses are classified based on purpose, anatomical location, material, water content, and wearing schedule. Parameters like base curve, diameter, power, and various lens designs are also outlined.
This document summarizes key points about rigid gas permeable (RGP) contact lenses. It discusses how RGP lenses are made of permeable materials that are rigid like PMMA but allow oxygen permeability. RGP lenses are chosen for conditions like astigmatism, irregular astigmatism, keratoconus, and after refractive surgery/grafts due to their ability to correct high prescriptions and provide oxygen. The document outlines fitting philosophies for different corneal shapes and conditions, including how the tear lens interacts with spherical and toric RGP lenses. It also discusses special considerations for fitting RGP lenses after procedures like penetrating keratoplasty and radial keratotomy.
Sales Management - Bausch & Lomb Presentationminneapplealex
John Hardy, Alex Heide, Ross Gregerson & Laura Grbavcich presented on Bausch & Lomb's business portfolio and market overview. Bausch & Lomb has 12,000 employees servicing over 100 countries and was founded in 1853. Their customer base includes optometrists, ophthalmologists, and retailers. They sell lens brands, cleaning solutions, and pharmaceuticals. The presentation discussed restructuring their sales force to identify cross-selling opportunities and target larger accounts to leverage their full product line.
Bausch & Lomb targets urban males and females aged 18-30 with incomes over 20,000 INR per month. It positions its contact lenses as fashion accessories that enhance confidence. Initially targeting females, it now equally targets males. It focuses on soft contact lenses and colors lenses to appeal to youth. Bausch & Lomb has penetrated the Indian market since 1993 and strengthened its brand image among youth as a style statement and source of economical, hygienic contact lenses.
Spherical RGP contact lens fitting and prescribingPabita Dhungel
RGP contact lenses provide better oxygen permeability than soft lenses, making them a good option for higher prescriptions or conditions like keratoconus. Key factors in fitting RGP lenses include assessing the patient's cornea, measuring their prescription, pupil size, and lid characteristics to select the appropriate trial lens. During the fitting, the practitioner evaluates the lens's dynamic movement, static position, centration, and the patient's vision to determine the right lens parameters to order.
1. The document discusses the benefits of disposable contact lenses and frequent replacement programs (FRP) for providing healthier contact lens wear. It notes that consumers prioritize healthier lenses that do not cause infections or complications.
2. Disposable and FRP lenses are presented as ways to eliminate obstacles to successful contact lens wear like deposits, films, irritation and reduced comfort by replacing lenses frequently. They provide benefits like superior comfort, hygiene, and convenience.
3. The document outlines different types of disposable and FRP lenses available based on modality, wearing time, material, correction, and discusses their advantages over traditional lenses in promoting ocular health, satisfaction, and retention of contact lens wearers.
This document discusses therapeutic contact lenses (TCLs). It defines TCLs as lenses fitted to maintain or restore ocular tissues. The main aims of TCLs are relief of pain, promotion of healing, mechanical protection, maintenance of hydration, and drug delivery. The document describes various TCL types and their applications for conditions like corneal ulcers, dry eye, trauma, surgery recovery, and more. Complications are also addressed. In summary, it provides an overview of TCLs, including their definition, aims, types, fitting considerations, and clinical applications.
Manufacturing methods of soft contact lens - presentation at www.eyenirvaan.comEyenirvaan
There are four main methods for manufacturing soft contact lenses: spin casting, lathe cutting, cast molding, and lightstream process. Spin casting involves injecting liquid polymer into a spinning mold to form the lens shape and curing it with UV light. Lathe cutting machines individually grind and polish acrylic buttons into lenses. Cast molding injects liquid monomer into molds that are then cured to form a finished lens. The lightstream process uses molds and masks to form the lens edges during curing. Each method has advantages and disadvantages related to precision, reproducibility, and cost.
1. This document discusses fitting rigid gas permeable (RGP) contact lenses to toric corneas.
2. It describes various lens designs including spherical, aspheric, toric base curve, and spherical power equivalent lenses.
3. Guidelines are provided for selecting the appropriate lens type based on factors such as the amount of corneal toricity and whether the corneal cylinder matches the spectacle cylinder. Formulas and spreadsheets are also described to calculate the lens power.
This document is a certificate issued by EVPU a.s. (Notified Body No. 1293) to G&G Contact Lens Co. certifying that their quality assurance system for the design, production, storage and distribution of soft contact lenses has been assessed and found to meet the requirements of ISO 13485 and the European Union Medical Device Directive. The certificate is valid from April 7, 2011 until April 6, 2016 and covers soft hydrogel contact lenses for single vision use. An appendix lists the specific product codes and brands covered under this certification.
Techlube FO is a water-based lubricant for pulling fiber optic cables and inner ducts underground. It adheres well to cables in wet conditions and reduces friction during pulls. Techlube FO is non-toxic, non-flammable, and biodegradable. It can be used to lubricate plastic conduits for installing communication and fiber optic cables, as well as for inner duct installations and duct pre-lubrication. Formulas are provided to calculate the amount of Techlube FO needed based on conduit length and diameter.
We supply reliable products based on our 20 years of production and quality control know-how.
It is a product optimized for the butt fusion joint pipe, electric fusion joint pipe and ball valve which are supplied together, and we provide stable quality products.
The document summarizes the projects of Daniele Tosi and the Optical Fibre Sensors Research Centre at the University of Limerick. Some key projects discussed include developing extrinsic Fabry-Perot interferometer sensors for biomedical applications like measuring pressure for urodynamics and cardiovascular applications. The research has also led to developing optical fibre sensors for monitoring radiation levels in radiation therapy. Partnerships with hospitals and other universities in Italy and China are also mentioned.
This document is a test report from SGS Taiwan Ltd. that summarizes the results of tests conducted on a sample of CORNING GORILLA® GLASS Style/Item No. GORILLA® 2319 provided by CORNING DISPLAY TECHNOLOGIES TAIWAN CO., LTD. The report details that testing was performed between December 10, 2015 and December 17, 2015 to analyze the sample for substances including cadmium, lead, mercury, hexavalent chromium, polybrominated biphenyls, polybrominated diphenyl ethers, and phthalates. The test results indicated that all measured substances were not detected in the sample.
The document summarizes the projects of the Optical Fibre Sensors Research Centre at the University of Limerick. It describes projects involving biomedical sensors, radiation therapy dosimetry sensors, gas and pressure monitoring, food monitoring, and structural health monitoring of historical buildings. It also outlines collaborations with universities and companies in Italy and China on fiber optic sensor technologies.
The document lists the training courses and audits conducted by the individual. It includes 17 training courses attended between 2011-2016 covering topics such as quality management systems, product safety standards, and manufacturing best practices. The training courses were provided by organizations like TUV Rheinland, IRCA, and AEXOR. It also lists 21 audits conducted for companies in various industries to certify compliance with standards like ISO 9001 and SNI. The audits involved assessing factories and issuing certification for products such as washing machines, air conditioners, and refrigerators.
1) The document is a product specification sheet for an inductor from Hongxin Technology Co. Ltd. It includes specifications for electrical characteristics, mechanical dimensions, test data, reliability test conditions, and material composition.
2) Test reports and graphs show the inductor meets specifications for inductance, DCR, saturation current, temperature variation, frequency variation, and current variation. It also passes reliability tests.
3) The document provides detailed information on the inductor's specifications, test methods, test results, material composition, and certification documents to verify product quality and reliability.
The document is an internship report submitted by Smriti Tikoo summarizing her study on insulated cabling systems at KEI Industries Ltd. It begins with an introduction to KEI's history and evolution, products, and key clients. The bulk of the report focuses on the different types of cables manufactured by KEI including EHV cables, HT cables, LT cables, control cables, and more. For EHV cables specifically, it describes the various tests, materials, constructions, insulation properties, and standards that KEI follows in manufacturing these high voltage cables.
When you want to export your product in Korea, you need to get KC certification.
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The document discusses Hansung Corp, a South Korean company that develops dust collectors. It summarizes their flagship product, the DUST KING downflow dust collector, which was developed in 2002. The DUST KING uses their own technology to efficiently remove dust from industrial fields. It has modular components to easily adjust capacity from 10m3/min to 3,500m3/min. The document provides details on the DUST KING's design and performance advantages over conventional dust collectors.
The document is a product specification sheet for SMD chip common mode chokes. It includes:
1. Product name, specifications, customer information, and contact details.
2. Description of the product shape, size, applications, features, and test equipment.
3. Standard electrical specifications including impedance, DC resistance, current rating, and tolerance.
4. Recommended PCB layout pattern, tape and reel specifications, common mode performance curve, and electrical performance test procedures.
5. Material safety data sheet.
This document is a guarantee from Toyo Ink Mfg. Co., Ltd. to Rising Trading Co., Ltd. that Toyo products satisfy green regulations restricting hazardous substances. It guarantees that the listed Toyo products do not contain any of the hazardous substances in the green regulations. The appendix refers to certificates of hazardous substance compliance and test reports from an independent third party proving the listed Toyo products meet the green regulations.
This document is a guarantee from Toyo Ink Mfg. Co., Ltd. to Rising Trading Co., Ltd. that Toyo products satisfy green regulations restricting hazardous substances. It guarantees that the listed Toyo products do not contain any of the hazardous substances in the green regulations. The appendix refers to certificates of hazardous substance compliance and test reports from an independent third party proving the listed Toyo products meet the green regulations.
BACL is an independent testing laboratory established in 1996 in California with over 2000 employees operating 10 laboratories worldwide. It is accredited to ISO 17025 and ISO 17065 standards and designated by various government bodies to test for compliance with standards. BACL provides testing services for telecom, wireless, EMC, safety, lighting, medical and various other products. It has expertise in testing for standards in North America, Europe, Asia and can help clients achieve global certifications and approvals.
Douglas Chero S.p.A. is an Italian company established in 1974 that specializes in urea service valves. They have 20 years of experience manufacturing forged stainless steel urea valves in sizes up to 8 inches, including block, angle, piston, and drop check types. The factory covers 30,000 square meters, where they do machining, heat treating, testing, and quality assurance checks before valves are delivered to customers around the world.
This document is a service manual for the Pioneer CDJ-900 multi player. It provides specifications for the device, including power requirements, dimensions, weight, output connections and formats. It outlines safety information and service precautions for working on the device. The document includes block diagrams, troubleshooting steps, service mode details, disassembly instructions, adjustment procedures, exploded part diagrams and schematic diagrams.
Techlube Multi is a water-based cable pulling lubricant that provides superior friction reduction for cable installation. It adheres well to cables in wet conditions and reduces the risk of cable damage during pulling. Techlube Multi is non-toxic, non-flammable, and biodegradable. It remains lubricating in flooded conditions and allows for additional cable installation in the same duct later.
The document provides information about Bumhan Cable & System Co., Ltd., including a CEO message, company overview, cable types and symbols, and technical specifications for 0.6/1kV power and lighting cables. It discusses the company's focus on quality, service, innovation and integrity. The technical section provides construction details, conductor sizes, insulation ratings and other specifications for single-core through multi-core cables with PVC and flame-retardant jackets.
ST International is an OEM company with 44 years of experience in the optical industry. It produces high quality optical lenses under its own brand and private labels. The document provides details on ST International's product catalog, including specifications and technical information for various finished single vision lenses made of materials like CR39, middle index 1.56, photochromic, polycarbonate, and high indexes. It also describes coatings like hard coat, anti-reflective coatings, and super hydrophobic coating.
25. ffii
CERTIFICATE
@
No: 50007/10UU20l1
G&G Contact Lens
40I,402 Beommul APT Type Factory 1287-l Beommul-dong
Suseong-Gu, Daegu, Korea
Certification body of management systems
hereby confirms that management system of above-mentioned organization has
been assessed and certified as meeting requirements of
ISO 13485: 2003
ror
Design, Production and distribution of Soft Contact Lens
Nova Dubnica. March 29^.2011 Ing. Karol Glamo5
The certificate is valid until March 28'h. 2014 Head of Certification body
EVPU a. s., Trendianska 19,
018 51 Nov6 Dubnica, Slovak Republic
gqN4l
www.evpu.sk Reg. No.010/Q-052
26. ffij
CERTIFICATE
No:5too7/e/2011
G&G Contact Lens
401,402 Beommul APT Type Factory 1287-1 Beommul-dong
Suseong-Gu, Daegu, Korea
Certification body of management systems
hereby confirms that management system of above-mentioned organization has
been assessed and certified as meeting requirements of
ISO 9001: 2008
for
Design, Production and distribution of Soft Contact Lens
Nova Dubnica, April 4th, 201 1 Ing. Karol Glamo5
The certificate is valid until April 3rd. 2014 Head of Certification body
g SNAS
Reg. No.010/Q-051
27. o
EVFU
NOTIFIED BODY No. 1293
EC CERTIFICATE
FULL QUALITY ASSURANCE SYSTEM
Directive 93l42lEEC on Medical devices, as amended by 2007147 lEC of the EP
and of the Council of 5'n September 2007, Annex ll (with the exemption of section 4),
transposed into "Slovak government decree No. 58212008 Coll. of Laws" as amended
No. 40042/1 01 11 t201 1 ICE
We hereby declare that an examination of the under mentioned full quality assurance system has been carried
out following the requirements of the national legislation to which the undersigned is subjected, transposing
annex ll (with the exemption of section 4) of the Directive 93142/EEc. as amended by 2007147IEC on medical
devices. We certiiy that the full quality assurance system conforms with the relevant provisions of the
aforementioned directive. ldentificatjon oflhe products covered by this certificate is given in the Appendix.
Manufacturer and Facility G&G CONTACT LENS Co.
40'l,40? Beommul APT Type Factory 1287 -'l Beommul-dong
Suseong-Gu, Daegu, Korea
Product(s) Soft Contact Lens
Product type(s) Soft (hydrophilic) contact lens I Single-Vision Hydrogel
Contact Lens
(more details are in Annex 1 of Final report)
Classification Medical Devices - Class lla
of medical device
Scope of guality system Quality of design, production, storage and distribution
of Soft Contact Lens
Final report number 4004?.t20111c
Date of issue April 7'n, 2011
Date of the end of validity April 6'", 2016
Karol G lam o5
,* ( t"r*,nn may only be used if all relevant and effective Directives ofEP and council are
C complied with.
12gS
The Notified Body has audited the quality system in accordance with the Direclive 93l42ltEc, as amended by
2O07l47lEC Annex ll (3) and found that the quality system meet the requirements of the Directive 93l42lEEC, as
amended by 2007/47lEC Annex ll.
The manufacturer must inform EVPU a.s of any plan far substantial changes in the design, construclion of lhe ptoducls ar Lhe
quattty system of pro.luctjon n ardet ta examine whether this Cefttficate remains valid Annual SuNeillance Audits wi be held to
ve fy the validity of this Cedificate.
This Ceftiflcate is valid Llntil the date specified. Any significant changes in the design ar canstruction of the producls, the qua ty
system or amendments lo the Dircctive 93/42/EEC as amended by 2007/47/EC may rcnder this Ceftificate nvalid aI an eafter
clate The procluct liabihty rcsts wlth tlrc manufacturet or his representative tn accodance with the Ditective B5/374/EEC.
O35 622 EVPIJ a.s, NB No. 1293. Trentianska 19, O18 51 Nove Dubnica, Stovak Republic, ryyy e!p! !4
Pascl/2
28. ,. ,l-:.:-:': .1,
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For Korean markets For abroad market6
EVER VISION,
G&G SI AIRANG CR,
MX BLUE TINT
G&G SII
G&G Sill
G&G SVI
G&G TI
G&G lrl
G&G TIII
Maxim eolors,
t6.9 tt I BEAUTY, PACIFICA,
AIRANG, Q.eye, Classy
EVER COLOR, EUROPA,NooT
G&G BTII Fantasy,Noor Elegance, MX COLoR
LENS, MXII COLOR, EfiTIOJ
BR,W EYE FREE
TR
I fax BELLA
lfaxl
.,li
Amie CELLINI
Amie I
Jace
Lucy
SHINY
29. QUOTATION
TKOST CO.LTD
TO :
Address : 1302-1 Seocho4-Dong,
Seoch-Gu, Seoul, Koreag.
REF. NO : HC-2011-0222
CEO : Oh Hee-teck
Date : August 3, 2011
Tel : +82-2534-8893
Tatal : 1
FAX : +82-26937-0136
PLACE of DELIVERY: VALIDITY :
FOB Korea 30days
TIME of DELIVERY : TERMS of PAYMENT :
After firm order 30%TT deposit before production, 70%TT balance
before delivery
Product : Luxury Pet House
NO COMMODITY DESCRIPTION Q’TY UNIT PRICE($) DELIVERY
1 Contact lens lens 50,000 1.00$ 30 days
2
Total
擔當 (P.M)
考
(REMARKS)
1. OEM (Logo / Color)
2. MOQ : 50,000pcs