Obsnap Instruments Sdn Bhd
29A, Jalan SS 15/4C,
47500 Subang Jaya,
Selangor, Malaysia.
+603-5621 5786
+603-5621 5829

Latest News

Happy Malaysia Day 2019

Sep 12, 2019
Happy Malaysia Day 2019
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Happy early Malaysia Day everyone! 
• We will be taking a break on Monday (16th September 2019)
• We will be back on Tuesday (17th September 2019)
Take care and safe travels.

High-Temperature Testing with Muffle Furnace

Aug 29, 2019
High-Temperature Testing with Muffle Furnace
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Muffle furnaces are specially designed for heat treatment (with maximum temperature between 1100°C, 1200°C or 1300°C) in a compact and convenient manner. Making it suitable for laboratories, educational institutions, research & development facilities, ceramic studios, industrial laboratories, additive manufacturing and so on.

Its heating capability can be supplied by combustion fuel, by electricity (i.e. electric arc furnace) or through induction heating (i.e. induction furnace).


Tempering, carburizing, annealing, hardening, and quenching, solution annealing, forging, curing, preheating, drying, ageing – are the most common applications accordingly to the requirements of the furnaces and plants.


  • High-temperature testing device that isolates subject material from the combustion fuel, gases and flying ash.
  • The walls of the enclosed area act as a catalyst to heat up the contents inside without direct contact with the flame.

  • Heat is prevented from escaping the furnace to produce effective & efficient results.
  • Widely used to test the characteristics of the material, accordingly to application.
  • Determines the percent of ash content in those materials.
  • Provides analysis data on how to refine metallurgical materials better.
  • Tests which part of the specimen/samples is non-combustible and non-volatile.

  Type of Muffle Furnace 

With Flap Door or Lift Door

With Brick Insulation or with

Embedded Heating Elements

in the Ceramic Muffle 


  1. Environmentally friendly - Prevents additional pollution
  2. Fast heating time + Low power consumption
  3. High thermal efficiency
  4. Temperature Regulation - Good stability and uniformity on the distribution of heat 
  5. Save cost on manual labor  + Less manual work
  6. Durable & reliable for long-term use

From the compact hardening furnace to fully-automatic plants with conveying technology and process documentation, for most heat treatment processes that are used in additive manufacturing, we will certainly find a solution tailored to your application.

  Other Variation of Furnaces  


  • High temperature furnace with SiC rod / MoSi / molybdenum heating elements
  • High-temperature bottom loading furnaces
  • A high-temperature furnace with scale for determination of combustion loss and thermogravimetric analysis (TGA)


Need equipment or advice on Heat Treatment or Furnaces?

Reach out to our expert today for a professional recommendation.

Mr. Yap Hon Loon, Product Specialist, +6012 -3925901, sales13@obsnap.com

Mr. Zaheem bin Hagir, Product Specialist, +6012-223 1813, sales12@obsnap.com

You can browse our list of Industrial Furnaces, Other Heat Equipment, and Services


Merdeka Day & Awal Muharram 2019

Aug 28, 2019
Merdeka Day & Awal Muharram 2019
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'Wishing you a joyous, Merdeka & Awal Muharram!' 

                  From, Obsnap Group of Companies


  • We are closed on 2nd September 2019 (Monday)
  • We'll be back on 3rd September 2019 (Tuesday)

Metallographic Sample Preparation (Major Steps)

Aug 26, 2019
Metallographic Sample Preparation (Major Steps)
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Having trouble viewing? Visit our industry posts here.

“Quality control for metals & alloys are critical to ensure structure integrity and reliability for the manufacturing use and consumer application…”


 Benefits of Metallographic Sample Preparation:  

  • Analysing the microstructure of the physical structure and components material (with microscopy).
  • Determine if the material has been made / processed correctly
  • Discovering why a material’s quality passed or failed during application & conditions
  • Quality Control on product reliability & integrity

  Major Steps:  

Sectioning and Cutting

Whatever the material is, samples need to be cut accordingly to the area of interest and for handling convenience. Some of cutting methods used are: Abrasive cutting, Diamond wafer cutting, Electric discharge machining (EDM), Fracturing, Thin microtome sectioning, Sawing, Shearing, Water jet cutting, etc.

Note: It is important to reduce chances of microstructure damage to avoid producing false metallographic characterization analysis later.


After cutting into a small work pieces, it will be compressed in mounting moulds with thermoplastics – acrylics, ambient castable resins or thermoplastic glues. Which: 

  • Protects the material’s surface and edges.
  • Fills spots that has pores on the material.
  • Handles irregular-shaped samples, conveniently.

Grinding & Polishing

Grinding helps to prepare the cut surface or mount for metallographic examination by:

  • Reduce the damage created by sectioning
  • Creating a flat, reflective, smooth and scratch free surface
  • Handles irregular-shaped samples, conveniently.

After the grinding process, polishing is done to create a clearer view of the surface on the object while removing minor scratches.


Metallographic etching is a chemical technique used to highlight features of metals at microscopic levels. the specimen is covered or dipped into a protective layer of etching liquid (this varies from electrochemical, chemical, physical or cathodic vacuum).

  • Helps to reveal tiny cracks, pores, or inclusions within the metal samples.
  • Metallurgists can discover why certain metal qualities pass or fail according to application.

Need advice on Metallographic Sample Preparation?

Mr. Samson Chong, Product Specialist (+6012-223 2576 - WhatsApp

Brought to you by, Victor Equipments Resources Sdn Bhd (1021443-H)

Since 2010, VICTOR have companies from:

• Automotive Industries Sdn Bhd (AISB)
• Engtex Ductile Iron Pipe Industry Sdn Bhd
• GHS Food Industries Sdn Bhd
• HELP College University Malaysia
• KYB-UMW Malaysia Sdn. Bhd.
• Shorubber R&D Institute (Malaysia) Sdn Bhd
• TÜV SÜD (Malaysia) Sdn Bhd
• UMW Toyota Motor Sdn. Bhd. and
 many more!

View original post here


The Importance of Calibration Traceability

Aug 14, 2019
The Importance of Calibration Traceability
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See Original Post HERE.

The Importance of Calibration Traceability

“A calibration performed on an instrument, can become pointless if it cannot be traced to a known reference / standard.”

Traceability is defined by the measuring result and whether its value can be compared and related to a working standard or reference. This can be done through a referring to an ‘unbroken chain’ of calibrations that is contributed from each measurement uncertainty. (Refer to the image above)

Most importantly, as long as there is a history to trace back to what an item’s value meant, this avoids any risk of confusion during the trace.

Metrological traceability requires an established calibration hierarchy.

Proper calibration ensures that your metrological & material testing equipment are credible and traceable accordingly to its:

  • Compliance to international or national standards
  • Measurement uncertainty
  • Quality assurance on their measuring result
  • Technical competence in the measurement
  • ‘Unbroken chain’ of references from thoroughly documented measurement of an authorized laboratory.
  • Valid calibration certificate that is not expired

How to trace your measurement? Have the following:

  • List of measuring uncertainty contributed from the calibration authority.
  • Equipment (e.g. serial no. etc.) used during the calibration
  • Equipment traceability reference (e.g. calibration scope, calibration source, calibration date and calibration id, certificate number).
  • Evidence of its calibration credibility and source, e.g. accreditation.
  • Refer to accredited calibration bodies with ISO/IEC 17025 or BIPM, OIML, ILAC, and ISO requirement.


As long as the measuring result can be traced to a reference of documents with an ‘unbroken’ chain of calibration… This will guarantee competence in both the technical aspects of the measurements and in the quality assurance to ensure that you get a useful and valid “traceable” calibration certificate with a set of results you can rely on.

For ISO 17025 Calibration / Consultation :

Ms. Sitee Nuraihah Zohari, Calibration Strategist
MOBILE :  +6011-1186 9979   |  OFFICE :  +603-5621 5786 

EMAIL :  cal.sales2@obsnap.com cc marketing@obsnap.com
URL Obsnap Calibration Services

Full List - Scope of Capabilities  ||  ISO / IEC 17025 Certification  ||  ILAC Approval Letter

Brought to you by, Obsnap Calibration Sdn Bhd (1222585-W) which have served over 500+ companies from:

View our full list of clients HERE.

Eid al-Adha 2019

Aug 6, 2019
Eid al-Adha 2019
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Happy Eid al-Adha. 

                                                    FromObsnap Group of Companies


  • We are closed on 12th August 2019 (Monday)
  • We'll be back on  13th August 2019 (Tuesday)



ISO / IEC 17025 Calibration | Repair & Maintenance | Consultation | Tensile Machine UpgradeList of Metrology & Material Testing Equipment 

Brought to you by, Asia-Pacific's Total Solution Provider for Metrology, Material-Testing & Analytical Instruments

Obsnap Group of Companies has been distributing Testing & Measuring Instruments, since 1997 and has been a stable business partner with OEMs from various industries with a commitment to Quality Testing & Measuring Systems that provides Fast Measurement and Accurate Results.

Testing RoHS Compliance with XRF Analysis

Jul 31, 2019
Testing RoHS Compliance with XRF Analysis
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Testing RoHS Compliance with XRF Analysis

“RoHS directive encourages manufacturers to reduce the use of hazardous & toxic materials to ensure user safety and product reliability while preventing future environment pollution.”

  Benefits of RoHS Directive & Certification  

Complying with the RoHS directive can encourages manufacturers to:

  • Contribute to a cleaner environment with stricter quality process control, overall reduced number of defects and increased production efficiency.
  • Competitive advantage towards customers who prefers manufacturers and companies implementation of environmental standards.
  • Eliminate harmful exposure (e.g. heavy metal poisoning) during manufacturing, recycling and disposal process.
  • Improve product reliability that assures of product safety thus improving sales and popularity.
  • Reduce toxicity pollution to humans and the environment as an initiative to improve ecological sustainability (i.e. landfill contamination and poisoning cases) and energy efficiency.

  List of Restricted Materials   

Lead (Pb) | Mercury (Hg) | Cadmium (Cd) | Hexavalent chromium (CrVI) | Polybrominated biphenyls (PBB) | Polybrominated diphenyl ethers (PBDE) | Phthalate esters (DEHP, BBP, BBP, DIBP)

  RoHS Compliance with XRF Testing  

X-Ray Fluorescence Spectroscopy (XRF), is a non-destructive test (NDT) method that analyses the elemental composition of materials almost instantly. It is a common test method for RoHS compliance accordingly to ASTM F2617.

They come in 2 platforms: 

  • Hand-held XRF are light, portable and usable during on-and-off site, without relocation of bigger measuring samples, at any time.
  • Benchtop XRF are slightly heavier, stationary analyzers with more or the same capabilities as the hand-held version.

  Benefits of XRF Testing  

  • Accurate with or without sample preparation (may not be necessary depending on application)
  • Detects many elements e.g. base metals.
  • Improves collaboration of data shared between laboratory and operations management personnel.
  • Improved statistics + in-depth analysis than the traditional use of laboratory method.
  • Real-time speedy analysis
  • Reduced lead time thus improving productivity.
  • Usable in various industries.
  • XRF tech is constantly being upgraded to have faster, reliable and more accurate results.


The RoHS 2002/95/EC directive can apply to the plastic, coating, electrical, electronic, energy and metal industries that deals with EEE products. Both the electronics industry and electronic consumers worldwide can benefit from this directive.

Brought to you by, JS Analytical Sdn Bhd (1094207-V)

  Need to scan the elemental composition of your materials?  

For more info, consult our product specialist

Mr. Elton Wong, Product Specialist
sales11@jsanalytikal.com / 012-2922371 (WhatsApp) 

cc to Ms. Kan, Marketing Support 
marketing@obsnap.com / 018-2219229 (Whatsapp)

Measure Wall Thickness without Damage

Jul 31, 2019
Measure Wall Thickness without Damage
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Measure Wall Thickness without Damage

“Non-destructive measuring instruments like the wall thickness gauge and the ultrasonic thickness gauge, has helped many manufacturers to perform thickness measurement without damaging their products.”

  Importance of Thickness Measurement  

  • Manufacturers can ensure their users’ safety, convenience and product reliability by checking on the thickness of their product.
  • To avoid structure failure & to identify structure integrity of manufactured goods before mass production.
  • Detect the thickness variation in a material – discover its resistance to pressure and its overall capability towards various operation conditions.
  • Detect the unwanted damage like erosion and corrosion
  • Assist with maintaining the standard or quality of the materials.

  Wall Thickness Gauge  

  • Uses magnetic attraction, the thickness is measured with the distance of a reference ball to the sensor tip.
  • Measuring range is between 0.1 µm - 24 mm
  • Has less variety in measuring samples field than the wall thickness gauge.
  • Has a better accuracy rate than ultra-sonic thickness gauge.
  • Suitable for non-magnetic materials like:  ​Glass  |  Synthetic Fibers  |  Fabric  |  Polymers & Materials  |  Stainless steel  |  Composites  |  Other complex / unique geometric components

  Ultrasonic Thickness Gauge  

  • Uses ultrasonic, pulse technology and echo-to-echo measurement to determine the product’s thickness.
  • Measuring range is between 0.25 mm - 500 mm
  • Has less accuracy as compared to the wall thickness gauge.
  • Has more variety in measuring samples field than the wall thickness gauge.
  • Can test various material from:  Coating  |  ​Non-ferrous materials (e.g. aluminium, copper, lead, etc.)  |  Metals (e.g. Steel, metal sheets)  |  Glass Fiber  |  Corroded Materials  |  Dry Film  |  Thin Materials  |  Reinforced Plastic  |  Composites  |  Plates, pipes, boilers & vessels

  Industry Application  

This measuring method can be used from manufacturers under metallurgy, ship-building (marine), machinery, chemical, aerospace, power & energy, automotive, oil & gas and many others.


Measuring the wall thickness of goods, can eliminate future and potential wastage while using less time to complete the quality control process. It is all in the matter of choosing which portable wall thickness gauge for your measuring needs.

Brought to you by, Obsnap Instruments Sdn Bhd (599642-A)

  Need Wall Thickness Testing Solutions?  

Refer to Mr. Yap Hon Loon, Sales & Application Engineer :
sales13@obsnap.com / +
012-392 5901 (Mobile Whatsapp)

cc to Ms. Kan, Marketing Support :
marketing@obsnap.com / +6018-2219 229 (Mobile Whatsapp)

What to Consider Before Calibrating an Instrument

Jul 23, 2019
What to Consider Before Calibrating an Instrument
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See Original Post HERE.

Before Calibrating an Instrument

Why is calibration and proper maintenance a critical process for instruments to ensure the accuracy of the measurement, reading & testing results?

After long usage, environment exposure or if the testing and measuring instruments are not properly calibrated...

They will eventually produce measurement errors, uncertainty, bias (zero drft) and sensitivity drift. Thus affecting the precision, accuracy & consistency of future measurements.

So, the question is: When should calibration be done to reduce and prevent measurement uncertainty? 

Refer to Manufacturer's Recommendation
All legitimate testing and measuring tools have a recommended calibration interval / frequency on how often calibration should be done.

After an Unexpected Accident
If your equipment has taken damage from physical impact or shock, something internally might have been knocked out; which can affect the measuring capability.

Check if the instrument’s safety integrity has been compromised, if yes or unsure, then ask the calibration or technical service team to assist on the repair, maintenance & calibration.

Accordingly to Project Requirement
All measuring jobs can have various types of calibration requirement.

That includes having ISO 17025 certified instruments, using the right test equipment or having to deal with less stricter calibration standards.

Regardless, always check the specifications before the test.

Frequency of Usage 
If critical measurements are needed often, then between monthly to quarterly is recommended.

However, if projects are carried out less between critical and non-critical measurements, then can proceed with biannual and annual calibration is better.

Calibration is not only about fine-tuning your measuring and testing equipment. It is also about ensuring that your equipment stay consistent in a safe and reliable manner.

Be mindful that calibration is a form of quality assurance process that allow you to get precise and accurate results.

For ISO 17025 Calibration / Consultation :

Ms. Sitee Nuraihah Zohari, Calibration Strategist
MOBILE :  +6011-1186 9979   |  OFFICE :  +603-5621 5786 

EMAIL :  cal.sales2@obsnap.com cc marketing@obsnap.com
URL Obsnap Calibration Services


Full List - Scope of Capabilities  ||  ISO / IEC 17025 Certification  ||  ILAC Approval Letter

Brought to you by, Obsnap Calibration Sdn Bhd (1222585-W) which have served over 500+ companies from:

View our full list of clients HERE.

Impact Resistance Analysis with Dart Impact Testing Method

Jul 15, 2019
Impact Resistance Analysis with Dart Impact Testing Method
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Analyse Impact Resistance with Dart Impact Test Method


Free-Falling Dart Impact Test is a material degradation simulation process that can evaluate the impact strength and toughness of the test sample (to do quality comparison on their end-products and raw materials).

This allows manufacturers from the R&D and QC sector of laboratories, packaging, inspection, plastic film manufacturing and other related sectors, to study the impact resistance and breaking point of their products.

  Evaluation Process  

A dart impact test utilises the falling force of the dart to simulate varied impacts by puncturing through the testing sample; this is factored by the size, shape, weight and the drop height of the dart.

Enlightening manufacturers
to acknowledge which test sample has the quality and durability needed for their production line.


  • Determine the impact and force resistance of the testing material
  • Product development analysis on preventing potential product failure (wear & tear)
  • Quality Comparison & Evaluation of each batch of material from old & new suppliers

ABOVE: Plastic Film Manufacturer Customer (from Port Klang, Selangor) was very happy and satisfied with our falling dart impact machine and our support.


Unsure how to perform or need advice on Dart Impact Testing?

Alvin George, Product Specialist (+6012-2232593)

sales11@victormaterial.com cc marketing@obsnap.com

Brought to you by, Victor Equipments Resources Sdn Bhd (1021443-H)

Since 2010, VICTOR have companies from:

• Automotive Industries Sdn Bhd (AISB)
• Engtex Ductile Iron Pipe Industry Sdn Bhd
• GHS Food Industries Sdn Bhd
• HELP College University Malaysia
• KYB-UMW Malaysia Sdn. Bhd.
• Shorubber R&D Institute (Malaysia) Sdn Bhd
• TÜV SÜD (Malaysia) Sdn Bhd
• UMW Toyota Motor Sdn. Bhd. and
 many more!

Fill your Food Packages with Speed

Jun 29, 2019
Fill your Food Packages with Speed
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Fill your Food Packages with Speed

Packaging has been an important part factoring the way a brand is imaged and how the products will be sold. But what are packaging for if they are not properly filled up?


Depending on your company’s needs with filling spices, powder, beans, or other dry goods into packets, packs, bags or pouches and the like.

The most suitable filling machines are the:

An agitator or auger filling machine are specialized in handling dry powder goods filling like flour, sugar, dried beans, whole grains, talcum and many others.

Vertical Form-Fill-Seal Machine can do filling & packaging tasks in order to produce packages more quickly.

Tablet filling machines can assist with candies, pills and the sort to fill into bottles, jars, or containers by piece rather than by weight.

Depending on what you want to package, you can easily pick the machine that fits your budget, price range and specification.

  Common Packaging for Dry Foods  

For fast, instant and quick packaging process, those suitable are: flat bags, wide-top bags, zip bags, block-bottom bags, gusset bags, quattro packs, hem seal bags, punch-hope bags, chain bags, three-sided-seal bags, and much more.

  Suitable Filling Machine Dry Foods  

The packaging type stated above, manufacturers can use the Vertical Form-Fill-Seal Machine or Auger powder filling machine.

  Benefits of Using Filling Machines  

Each filling machine comes with various features for industries like food, pharmaceutical, chemical, oil, petroleum and many others to fit into their specific requirements to cater for :

1. Improve production rate with constant & consistent filling performance speed

2. Save production cost while reduce wastage of products

3. Reduce manual labour packaging (with automation)

4. Efficiency in production time and filling tasks

5. Upgrade-able Machinery

And many more.

Brought to you by, JS Analytical Sdn Bhd (1094207-V)

  Need to pick the right filling machine?  

For more info, consult our product specialist

Mr. Joe Yen, Product Specialist
joeyen@obsnap.com / 012-6412576 (WhatsApp) 

cc to Ms. Kan, Marketing Support 
marketing@obsnap.com / 018-2219229 (Whatsapp link)

Evaluate Coat Corrosion with Salt Spray Test

Jun 28, 2019
Evaluate Coat Corrosion with Salt Spray Test
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Evaluate Coat Corrosion with Salt Spray Test

“Can Your Coating Withstand Corrosion Attack From Short-Term & Lon-Term Deterioration Or Environmental Exposure?” 


What is Salt Spray Test?

Salt spray testing is commonly used to determine the corrosion resistance of the substrate (coated material) and its surface coatings. Commonly used in marine, automotive, aircraft, metals and other industries that uses finishing & coating on metal substrates.

Benefits of Using Salt Spray Testing 

Evaluation data from the test method can help manufacturers to :

  1. Improve the coating formula during production (i.e. durability & toughness towards corrosion attack or environmental challenges)
  2. Eliminate future losses of batch production, cost and rejected goods.
  3. Compare corrosive resistance of various metals or finishes

And many more.

How it is done?

ASTM B117 is a commonly used requirement for salt spray testing to test the corrosion resistance of metals and coated metals exposed within a standardized corrosive environment.


(1)The coated samples within the salt spray chamber, will be exposed to a salty environmental condition to simulate the corrosive effect on the samples.
(2)After the testing process, corrosion and other defective appearance will be examined on the testing material.

Suitable Coating for Salt Spray Testing 

Coatings that can be evaluated with this test method are:

  1. Phosphated (pre-treated) surfaces (with subsequent paint/primer/lacquer/rust preventive)
  2. Zinc and zinc-alloy plating
  3. Electroplated chromiumnickelcoppertin
  4. Paint Coatings
  5. Organic coatings such as polymeric material, paint, varnish, and rust preventives
  6. Metallic coverings

And many more.

Brought to you by, Obsnap Instruments Sdn Bhd (599642-A)

Need Environmental Testing Solution?

MERIDIAN specialize in supplying climatic and environmental testing chamber ton serve the Research and Development, scientific and laboratorial industries that requires QA/QC process in their production line.


Internal capacity: 108L, 270L, 450L, 1000L

Temperature range: RT +10 ~ 55 degree Celsius

Visit our website meridianclimatetest.com / Obsnap.com


Consult & Refer to 

Mr. Eddie Ridzwan Lee, Sales & Application Engineer :
sales11@obsnap.com / +012-213 5901 (Mobile Whatsapp link)

cc to Ms. Kan, Marketing Support :
emarketing@obsnap.com / +6018-221229 (Mobile Whatsapp link)


Jun 21, 2019
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Trouble Viewing? View it HERE.

  Invitation   to  M'SIA-PLAS 2019  !

Dear Sir or Madam, Obsnap Group of Companies is proud to invite you to visit the 30th MALAYSIA INTERNATIONAL PLASTIC, MOULD & TOOLS EXHIBITION. This will be our 11th exhibition together with Malayisa International Machincery Fair (MIMF). 

  Exhibition Details:  

Since 1998, the MALAYSIA INTERNATIONAL PLASTIC, MOULD & TOOLS EXHIBITION (M’SIA-PLAS 2019) is proudly presented by ES Event Management Sdn Bhd to industry players for the 30th time. Being endorsed by Malaysia External Trade Development Corporation (MATRADE), the event is expected to attract more than 10,000 local and international trade visitors and industry players.  

Opening Hours:

Thursday to sunday 18 – 21 July 2019 (10.30 am to 6 pm)


Putra World Trade Centre (PWTC), Kuala Lumpur,Malaysia

Booth No. & Hall: 2020 & 2021, Hall 2 (Booth Floor Plan, below)



  Benefits of Visiting:  

  • See more than 800 exhibitors for networking
  • Compare the technical characteristics of equipment and machinery from the leading producers;
  • Explore a competitive environment and see all latest developments from industry leaders;
  • Get the advice of the experts about the introduction of new technologies in food packaging, plastic, mold and die engineering.

If you have any inquiries on this exhibition, email to marketing@obsnap.com

SEMICON West 2019

Jun 21, 2019
SEMICON West 2019
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  Invitation   to SEMICON West 2019 !

Dear Sir or Madam,
Obsnap Group of Companies is proud to present:


It is an honour for us to invite you to visit the our 1st exhibition together with SEMICON West 2019.


Opening Hours:

Tuesday - Thursdays, 9-11 July 2019 (10:30 am – 5:00 pm) 

Venue: Moscone Center San Francisco, CA
Booth No. & Hall:  #5545 (Matrade), North Hall​ (Booth Floor Plan, below)



SEMICON West attracts a highly influential audience of business and technology leaders, executives, researches , and industry analyst from across of microelectronic supply chain.

Job function

Engineer  |  Design  |  Chemicals/Materials  | Equipment   |  Fabrication & Process  |  Test  | Packaging/Assembly  | QA  |   Manufacturing/Operation  |  Field Service  |  Facilities  |  Executive Management  |  Research and Development  |  Purchasing and Procurement  |  Government and Public Policies  |   Business Development

Areas of Interest

SEMICON West visitors interested in wide range of industries, technologies, and product from across the supply chain, from design to manufacturing.

Semiconductor  |  MEMS/Sensor  |   Flexible Hybrids Electronic, Printed electronics  |  LED/ solid state lighting  | Photonics  |  Display  |  Photo-voltaic/Solar  |  SoftwareAapplication  |  Consumer Electronics  |  Iot  |  Automotive Electronics  |  Medical Electronics/ MedTech


If you have any inquiries on this exhibition, email to Mr Syafiq at sales@victortestingmachine.com

We look forward to your visit!

Hari Raya 2019

Jun 3, 2019
'Wishing you a joyous Selamat Hari Raya!' 

                                                    From, Obsnap Group of Companies


  • We are closed on 5 to 7 th Jun 2019 (Wednesday to Friday)
  • We'll be back on 10 th Jun 2019 (Monday)


When to Calibrate

Jun 3, 2019
When to Calibrate
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When is Calibration Due?

Calibration is crucial to adjust and maintain the accuracy and precision of measuring & testing instruments.

The manufactured quality of the components, parts and products produced is determined by the calibration done on them. To ensure consistency and reliability of the measuring equipment. 

The general recommendation is an interval 12 months period.

How Often?

It depends on the:

  1. Application & Overall Usage of the Equipment / System
  2. Manufacturing or Industrial Requirement of Calibration Frequency
  3. Operating Conditions of the instrument’s:
    • Wear & tear process
    • Frequency & severity of usage
    • Temperature & environmental exposure
  4. Historical records of the measurement’s stability, consistency & accuracy
  5. Specifications & Installation of your products & services

Risks of not Calibrating?
Calibration is an industrial standard to ensure the safety, quality and consistency of ISO 9000 & MS ISO 9001 manufactured products.

A measuring instrument’s reading cannot be assured; that can lead to inaccuracies with the overall product / service quality. Making it more costly to do the rework than the frequent cost of calibrating an equipment.

For ISO 17025 Calibration / Consultation :

Ms. Sitee Nuraihah Zohari, Calibration Strategist
MOBILE :  +6011-1186 9979   |  OFFICE :  +603-5621 5786 

EMAIL :  cal.sales2@obsnap.com cc marketing@obsnap.com
URL Obsnap Calibration Services

Full List - Scope of Capabilities  ||  ISO / IEC 17025 Certification  ||  ILAC Approval Letter

Brought to you by, Obsnap Calibration Sdn Bhd (1222585-W) which have served over 500+ companies from:

View our full list of clients HERE.

Choose the Right Heat Treatment Furnace

May 30, 2019

Choose the Right Heat Treatment Furnace

“Picking the most suitable furnace for industrial application require knowledge of the factors & processes needed for the manufacturing & production lines.“

An industrial furnace go up to 1000°C - 1200°C or higher. Allowing manufacturers to use for its heating & cooling capability on various materials (e.g. metals) to change their quality and properties to meet with industrial or market standards. 


Why do manufacturers need such a high temperature?

  1. Alter or fabricate the physical or chemical properties of a material.
  2. Change the grain structure or mechanical properties of a material so that it becomes useful, serviceable and for human safety during and after the production line operations.
  3. Making materials harder, stronger and more resistant to impact or softer and ductile.
  4. Increase resistance to wear, tear, heat, corrosion, etc.
  5. Improve electrical and magnetic properties (for metals)

One furnace cannot produce all of this characteristic or result as mentioned so manufacturers have to use different types of heat treatment methods and furnaces to achieve the desired results.


  1. Purpose for which type of material needs to be heated
  2. Source of heat and the Nature of heat transfer to the material
  3. Heating by batch or continuously and the method of handling materials
  4. Type of heat recovery
  5. Other types of furnace classifications


1. Preheating

  • Helps to increase the temperature of the material slowly for the control of the thermal stress.
  • Prevent or reduce chances of the material to crack, contract, or expand (from thermal stress).

2. Annealing 

  • Removes thermal stress by heating up then slowly cooling down the metal.
  • Capable of making the material softer, refine, or change its ductility or structure.

3. Hardening 

  • Heats up the material with a high temperature and then follow up with quick cooling process (by quenching in water, oil, or molten salt) to increase material’s resistance to penetration (hardness).
  • After this heat treatment, tempering or annealing can be used to slightly modify the material’s quality and characteristics.

4. Tempering 

  • Involves slow and moderate heating to increase the hardness and toughness of the materials e.g. metals that have undergone previous heat treatment.
  • Improve toughness, strength, plasticity, and impact strength of the materials (opposite of annealing) 

The above are only a quarter of heat treatment application available in the industrial market and methods.


Arts & Crafts  |  Aircraft  |  Automotive  |  Additive Manufacturing  |  Dental  | Forging  |  Foundry  |  Glass  |  Heavy machinery  |  Manufacturing  | Metals parts  |  Laboratory  |  And many more


Brought to you by, Obsnap Instruments Sdn Bhd (599642-A)

Need Consultation or Heat Treatment Equipment? 

Contact our Product Specialist, Mr. Zaheem
 +60 12-989 6820 (Whatsapp link)  |  sales12@obsnap.com

cc Marketing Support, Ms. Kan,  
+6018-221229 (Mobile Whatsapp link)  |  emarketing@obsnap.com 

Pendulum Impact Testing - June 2019

May 27, 2019
Pendulum Impact Testing - June 2019
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“A material's toughness determines if it is suitable to be reused for production or to improve its manufacturing quality for their end-product.”

Pendulum Impact testing is a type of mechanical testing used to study the toughness of a material to check the product's ability to absorb impact and to analyse the deformation process before fracturing (by using a falling pendulum weight or striker to determine a product's ductile to brittleness *).

*Common brittle testing samples are glass, wood, plastic, paper and dried clay (low toughness and can be deformed easily) while duxtile items are aluminium, copper, tin, mild steel, platinum and lead (high toughness and will not fracture easily).

Benefits of Pendulum Impact Testing

  • Determine the material's ability to absorb energy during a collision by testing raw materials and molded components for strength and durability.
  • Understand the impact strength, anti-fracture, impact resistance, degradation, damage of the materials and a product's lifetime responses to wear & tear.
  • Prevents the future production quality failure (provide analysis for future designs)
  • Investigate batch quality during the raw material’s creation.

  Common pendulum impact test methods :  

Both testing methods are used to check the impact resistance with the pendulum method but with some differences.

Charpy impact testing

  • Test materials are placed horizontally 
  • Hammer strikes at the middle point of the notch (surface) but in the opposite direction.
  • Can test on metals, plastics and polymers.

Izod impact testing

  • Test materials are placed vertically.
  • Hammer strikes at the upper tip of the specimen.
  • Can test on metals and plastics 

Applications of Pendulum Impact Testing

Plastic  |  Metal  |  Education Sector  |  Research & Development

And Many More!

Need advice on Pendulum Impact Testing Equipment / Service?

Reach out to our expert today for a professional recommendation.


Alvin George, Product Specialist

+6012-2232593, sales11@victormaterial.com cc marketing@obsnap.com

Material Testing Equipment and Services

Other Products & Services

Colour Consistency- May 2019

May 24, 2019

How to Measure Colour for your Business

Having trouble with visual colour checking? Need accurate colour reading? 

Before colour is painted, printed and produced, manufacturers have to ensure that colour is monitored and accessed during the design stage, the formulation & production process and finally during the quality control process. Which determines the overall outlook on the products while attracting customers…

After the product assembly, final quality checks are done to identify and if needed, fix the colour issue. This is less expensive than doing rework on your goods after a rejection call.

There are many ways to identify & categorise colours, which includes:

Visually / Manually

  • By comparing the product’s colour with a known standard (e.g. Pantone ®, Munsell, etc..)
  • Open to errors and disagreement with your customers and suppliers. Because it requires properly trained people to visually evaluate color while doing it under different lighting conditions can affect assessments.

Using a colour meter or colourimeter

  • A portable device that is able to read and provide tri-stimulus (RGB) values (uses an internal light source, to shine light down onto the surface of the sample and as it reflects back up to the device, it passes through three filters: red, green and blue), similarly to how our eyes see colours.
  • Cannot detect metamerism (evaluating when two colors appear to match under one lighting condition but not when the light changes) rendering it unsuitable for all production applications e.g. formulation.

Using a spectrophotometer

  • Works similarly to a colourimeter but instead of using only 3 filters (RGB values) there is 31 filters to measure the full colour spectrum value. These filters can measure light in each of 31 different wavelengths to determine the exact colour of a sample.
  • Come in many shapes and sizes - small handheld devices, large benchtop workhorses and in-line devices used during manufacturing production.
  • Ideal for identifying metamerism (evaluate how colour will look under different light sources
  • Can measure almost anything from liquids, plastics, paper, metal, fabrics, etc.

Applicable industry:

Automotive  |  Aerospace  |  Components & Parts  |  Electrical and Electronics  |  Furniture  |  Graphic Design  |  Marine & Maritime  |  Printing  |  Packaging  |  Photography  |  Pharmaceuticals  |  Paints  |  Plastics, Rubber and Elastomer  |  Steel  |  Textiles

Brought to you by, JS Analytical Sdn Bhd (1094207-V)


View our list of Colour Measuring Systems, visit our website

Reach out to our expert today for a professional recommendation.

Elton Wong, Product Specialist
+6012-292 2371,
sales11@jsanalytikal.com cc marketing@obsnap.com

Happy Wesak & Nuzul Al-Quran 2019

May 15, 2019
'Have a Wonderful Festive Break!' 

                                                    From, Obsnap Group of Companies


  • We are closed on 20th & 22nd May 2019 (Monday & Tuesday)
  • We'll be back on 21st & 23rd May 2019 (Tuesday & Thursday onwards)                         

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