Invicom Test & Measurement Sdn Bhd

06/03/2026

Field testing requires gear that is compact; lab testing requires gear that is accurate. Doing both usually requires a massive budget, until now.

The imc ARGUSfit is the most cost-effective, professional-grade DAQ system on the market. We’ve kept the high-speed performance and modular flexibility at a low price point starting from less than RM1500 per channel* to help teams scale faster.

https://invicom.com/news/what-is-new-in-argusfit/

14/01/2026

SHMS components using distributed modules.
https://invicom.com/services/structural-monitoring/

18/02/2025

18/02/2025

Proud to be part of APSEC 2025 Putrajaya

03/01/2025

Strain Gauge Applications - Part 2

Tension, compression, shear and torsional stresses can be measured with strain gauges by accurately determining the actual material strain or deformation.

Strain gauges are constructed from resistive material that exhibits linear change in resistance with respect to deformation. Most strain gauges are able to linearly measure deformation within 2-3% of strain, or 0.02 strain units.

Careful arrangement of multiple gauges in wheatstone circuit, called wheatstone bridge, gives measurable output voltage corresponds to the change in resistance. Changes of fraction of ohms produce millivolts of signal to be measured with sensitive data acquisition systems.

imc Data Acquisition Systems are equipped with internal bridge completion, sense wiring and 24 bit delta-sigma analog to digital conversion to obtain highly accurate strain measurements.

Since wheatstone bridge output is proportionate to the input voltage, the data acquisition system requires to have capability to measure the voltage ratio in mV/V (output mV / input Voltage) rather than the output signal alone.

Arrangement of strain gauges in the placement and wiring determines which deformation is to be measured, axial, bending or both. For Torsional strain measurement, gauges with 45 degree pattern are used.

Direct application of Wheatstone bridge would normally involve 4 strain gauges. It may be difficult to realize if the strain directions need to be evaluated with rosettes. Only one gauge will be active and remaining 3 being dummy or idle with only benefit of thermal compensation.

This situation is circumvented by use of quarter bridge and providing cmpletion resistances inside the measurement system. Thermal compensation is not ideal, but a good compromise on gauge and installation cost

The picture attached shows typical wiring for quarter bridge, the picture is taken from imc Studio Software, to be used with imc DCB bridge amplifiers for Cronos series. imc ARGUSfit series has double sense and a bit different wiring method.

Stay tuned for our next parts for discussion on other types of wiring.

30/12/2024

Strain Gauge Applications- Part 1
Introduction

Stress measurements with strain gauges are essential for ensuring a structure can withstand its designed loads.
While simulations like Finite Element Analysis (FEA) give valuable predictions, real-world validation is critical—especially in areas where simulations fall short, such as:
- Welded joints
- Complex load-bearing geometries
- Uncertain load path and distribution

By accurately measuring tension, compression, shear, or torsional stresses, strain gauges provide the real-life data needed to:

- Validate your designs
- Identify critical stress points
- Enhance safety and reliability

Because in engineering, what you can measure, you can trust.

Stay tuned for our Strain Gauge Measurement Series to help you achieve accurate measurement.

19/12/2024

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Our sensor captures it all. From speed to direction, we’re delivering the insights you need to stay ahead. Let the wind guide you toward smarter decisions and safer projects.

Step up and Ride the Wind.

17/12/2024

Ensuring PCB Integrity During Automatic Assembly

In the automatic assembly of Printed Circuit Boards (PCBs), maintaining strain levels within specifications is crucial to avoid damage.

As PCBs become increasingly complex—with:
✅ Smaller electronic components,
✅ Multiple layers, and
✅ High-density BGA components—
it’s more critical than ever to control assembly parameters and ensure the assembled boards remain free from excessive strain.

How Can We Ensure PCB Survivability?
One effective solution is to instrument PCBs with strain gauges and perform:

-> Multiple trial runs to fine-tune process parameters.
-> Compliance testing with international standards.

Many manufacturers, including computer and component producers, require strain testing in accordance with JEDEC-9704A. This standard specifies:

-> Accurate strain measurements,
-> Proper strain gauge placement, and
-> Principal strain calculations, including strain rates and principal angles.

How Invicom Can Help 🛠️
At Invicom, we assist assembly process integrators and manufacturers by:

✅Measuring and documenting PCB strain during assembly.
✅Ensuring precise machine setup and calibration for strain compliance.

With our expertise, you can ensure your PCBs meet quality requirements and survive the assembly process.

📞 Get in touch with us today to optimize your assembly process!

16/12/2024

Strain Gauge Accuracy: Key to Reliable Measurements

Achieving accurate strain gauge measurements is essential for precise data and reliable results. Here's how you can enhance accuracy:

💡 Use High-Impedance Sense Lines
These lines measure the actual input voltage at the bridge (not just at the power supply), ensuring better precision. Systems like the imc Cronos series and imc ARGUSfit series support one- or two-line sensing for high accuracy and can handle long cables—even with quarter bridge setups.

🔧 Critical Factors for Success:
1️⃣ Surface Preparation: Surface must be well prepared with multi-grit sanding with cross patterns.
2️⃣ Gauge Placement: for dynamic applications where stress gradient is very steep, the gauges must be placed at exact locations as well as orientations with tight tolerances.
3️⃣ Bonding: Gauges must be bonded with suitable cement. Cements are available for short term or permanent, which normally require heat assisted curing.
4️⃣ Wiring: Cables to connect strain gauges and data acquisition system must be twisted, shielded and of good quality. All the cables must be properly secured to not give any false signal due to cable straining.
5️⃣ Protection: Strain Gauges must be protected against moisture and to some extent, physical contact. The protection should not chemically affect the gauge material and insulation.

For professionals in structural health monitoring and stress analysis, attention to these details can make all the difference.

Got questions about strain gauge systems or setups? Drop them in the comments! ⬇️