Company profile & products presentation

“The Mediocre teacher tells.
The Good teacher explains.
The Superior teacher demonstrates.
The Great teacher inspires.”
BSPIL’s LABS DOES IT ALL!!!

Company Profile
 B.S.PYROMATIC PRODUCTS AND SERVICES (B.S being the
acronym for British Standards) was started in 1986 as a Proprietary
entity.
 B.S.PYROMATIC INDIA (P) LTD., CHENNAI, INDIA, was
established in 1995 by the same team of the above proprietary concern
with a combined experience of over 400 man-years in varied field of
Instrumentation and Equipment design environments.
 The Company has developed various import substitute Temperature
Instruments and Temperature systems to Ministry of Defense, DAE –
KALPAKKAM, ISRO – TUMBA, Indian Institute of Technology,
IFFCO, PHULPHUR, MRL, AND MANY ISO/QS ORGANISATIONS.
 An ISO 9001-2000 Certified Company.

B.S.PYROMATIC INDIA (P) LTD.,

Our Vision
"To emerge as the leading Quality Control Lab
Systems and Mechanical Systems MANUFACTURING
COMPANY with a quest to provide economical
solutions where it is always viewed as an high profile
and costing are addressing the much sought quality
assurance for various production industry and growing
engineering education and R&D establishments”.

Our company is striving to energise for the practical engineering
excellence


Engineering Lab Infrastructure
Solutions For :
 Micro Image Analyzing  Fluid Mechanics
 Computer Aided Microscopic Study  Dynamics
 Metallurgy & Consumables  Hydraulics
 Non Destructive Testing &  Workshop Infrastructure
Consumables  Digital Wall Charts
 Thermal & Fuel Testing  Models & Machine Drawings
 Material Science  Special Equipments
 Heat Transfer  Research Systems
 Foundry & Sand Testing  Aeronautical/Aerospace
 Instrumentation Engineering Labs
 Metrology & Measurements  Marine Engineering Labs and many
 Strength of Materials more


Material Science and NDT
Infrastructure


Workshop and Foundry Tools


What are Real Time Digital
Engineering Lab Systems?
 Real Time Digital Engineering Lab system(RTDELS™) are different
from the Virtual labs which is done through simple software
simulations.
 RTDELS™ are designed with real time physical equipments, digital
sensors, microcontrollers, data loggers and dedicated software for
each lab systems.
 The hands on experience on RTDELS™ helps the Engineering students
to be at par with the current industry standards, hence a special
bridge course is not required for the students.
 These practical labs were hitherto conducted with the help of most
conventional Analog Lab Systems which is always superficial when it
comes to accuracy and its results there off.
 However, in RTDELS™ the readings and results are real time, realistic
and accurate with data storing capabilities.


Why choose RTDELS™?
• Highly interactive and realistic.
• Each lab system comes with a
dedicated laptop/desktop.
• Each practical scenario can be
designed for a particular student.
• Automated evaluation.
• Easy and transparent evaluation.
• All end results are data analyzed,
logged and stored in spread sheets.
• Energy saving systems.
• Requires minimum space.
• Bridge course is not required.
• All types of practical engineering is
taught to the students.
• The instrumentation software in the
platform of Lab VIEW of
“NATIONAL INSTRUMENTS”, USA.


Real Time Digital Engineering
Lab systems(RTDELS™) Conventional Labs
 Compact equipments which requires  Heavy and large equipments which
Minimum Storage Space. requires Large Storage Space.

Spring Testing Machine Spring Testing Machine


ORIFICEMETER APPARATUS


PIN-FIN ANALYZER


Software in the Platform of
Lab View of National Instruments™ USA.
RTDELS™ Conventional Labs
Spring Analyzer

NOT Applicable


Pyromatic New generation
Digital Wall Charts


Real Time Digital Engineering Conventional Labs
Labs
(RTDELS™)
Highly Interactive No Interaction

Comes with digitalized Input/output Analog only

Instrument/Lab system has a specific Not applicable
Software and Hardware
Saves up to 80% of storage space Utilizes 100% of storage space

Trainer-Learner interaction is very Very low interaction as in most cases
high as it can be installed in the the Labs are too far away from
cabins of the faculties classrooms /faculty cabins
Energy saving systems Energy consuming systems

Three different modes of operation: NOT Applicable
Admin mode, Examination mode and
Teaching/learning mode


Real Time Digital Conventional Labs
Engineering Labs
(RTDELS™)
High memory retention Very minimal memory
retention
Easy and simple method to NOT an easy method
understand and remember the
algorithm of each practical
experiments with system based
model calculations and
arithmetics
Scope of irregularities are High probability of scope of
avoided by designing a practical irregularities
scenario for each students
Bridge courses are NOT Bridge courses may be required
required to take up vocation/job
placements to suit the industry
specific training

Engineering Labs
(RTDELS™)
Highly skilled and employable Engineers with minimal
engineers practical working knowledge

Each equipment comes with a NOT Applicable
dedicated Laptop/Desktop with
a Software

Transparent evaluation, because No Transparent evaluation
the results of practical and
exams can be digitally stored in
the Laptop/Desktop.

Engineering Labs
(RTDELS™)

Cost effective and affordable NOT Applicable

Very low maintenance cost Very high maintenance cost

It is possible to Upgrade and NOT possible
Update each equipment.

Efficient use of equipments Probability of misusing the
and the technology equipments are high

High memory retention Very minimal memory
retention


RTDELS™ LABS
Air Conditioning and Mechatronic
Refrigeration

Civil Labs Instrumentation and Controls
Dynamics of Machines/Theory Measurement and Metrology
of machines
Fluid Mechanics Fuels Lab & Thermodynamics
Heat and Mass Transfer Strength of Materials &
Mechanics of Solids
Foundry and Sand Testing Thermal and Heat Engines Lab
Hydraulics Other R&D and customized
Phd., Systems


• Indian Institute of Technology, Chennai, India.
•Annamalai University, India.
•Stanley Medical College, Chennai, India.
•United Nations Economic and Social Commission for Asia and
the Pacific(UNESCAP).
• Romvijay Bioo Tech Private Limited, Pondicherry, India.
• University of Madras, India and many more.


Partial Institutional Client List
Indian Institute of Technology, Chennai
Indian Institute of Technology, Kanpur
Indian Institute of Technology, Guwahati
Anna Unviversity, Chennai
Anna University of Technology, Trichy
Jawaharlal Nehru Technological University, Andhra
Pradesh
SRM Deemed University
Vellore Institute of Technology
Tamil Nadu College of Engineering and 100s more

Partial Industrial Client List
Tata Iron Steel, Jamshedpur
Engine Factory, Avadi
Hindustan Motors Ltd, Tiruvallur
Southern Railways, Chennai
HVF Ministry of Defense
Tamil Nadu Thermal Treatment
Spic, Tuticorin
Hyundai Motors Ltd, Chennai
Greaves Ltd, Chennai and many more
CVRDE, Avadi (Ministry of Defense)

Our Overseas Clients
 Juba University, Sudan  Exide, Dubai
 Khartoum University, Sudan  Balco, Bahrain
 Sudan University, Sudan  Bodycote MTS, Muscat
 Nyala University, Sudan  Tommy LIM Instrumac,
 Kurdufan University, Sudan Singapore
 Jakarta University, Indonesia  Chishty Traders, Pakistan
 All Nations University, Ghana  Emirates Industrial Lab, Dubai
(Fluid Mechanics Lab)
 Ministry of Higher Education,
Sudan
 Industrial Technologies,
Colombia
 Phenix Group, Srilanka

Projects guided and Completed by
BSPIL
Consulting, design, fabrication and Instrumentation of
Fuel gas Evaluation Methodology and reducing the
pollution level. A Project for SRM DEEMED UNIVERSITY,
Chennai. Destined to Ramachandra Medical College for
Incinerator.
Temperature characteristics of Molten metal from core to
surface, a Phd Project of a faculty of VLB Janakiammal
Engineering College. One millimeter sensor with
Thermopile with temperature scanner was suggested and
successfully implemented – A Department of Science and
Technology Project.


Cont’d
Study of Input and Output water temperature of Solar water
system , a Phd Project of CNRSE Student of Anna University.
Enhancement of Solar Energy through additional reflection
system as per the Spectrum of Sun ray and many more.
Automation of Dyeing and Bleaching Plants for dry flower
exporters, thus saving time and pollution.
Design and Production of cast in Hot Melt Adhesive Baths
for fusing the Artificial Flowers etc., without losing the
Viscosity of the Hot Melt and Aesthetic Value of Joineries
and increasing the productivity without Generating any
pollution and fumes.


P.B.No. 6033, 27/1, XII Avenue, Ashok Nagar,
Chennai-600083, India.
Ph: 091-44-24890009/24890710
Fax: 091-44-24897880
www.bspyromatic.com
E-mail: rtnsridhar@gmail.com,
pyromat@satyam.net.in

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