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Collaborative robots, or cobots, are transforming industrial efficiency and productivity.

These lightweight, flexible, and easy-to-program robots are transforming processes across sectors – from food and logistics to electronics and automotive.

But to truly unlock the full potential of cobots, it’s critical to equip them with the right sensors and optimise them for real-world use.

In this comprehensive white paper, authored by Cecelia Zhen (OEM Custom Sensor Design Engineer at HBK) and the OEM HBK team, you’ll discover how strain gauge technology can maximise the performance and reliability of your industrial cobots.

  • Understanding sensor requirements: Determine the specific sensors needed (force, pressure, torsion) based on the cobot’s intended tasks and performance.
  • Selecting durable components: Choose components built to withstand industrial conditions, ensuring that sensors remain reliable with long-term use.
  • Optimising with FEA simulations: Use finite element analysis (FEA) simulations to reveal design constraints, enabling precise adjustments for peak sensor performance.
  • Prototyping and testing: Test sensors in real-world scenarios to confirm accuracy and reliability, making refinements as necessary.
  • Protecting sensors: Safeguard sensors from environmental factors, such as dust and moisture, to ensure stable, long-term performance.
  • Final calibration: Carefully integrate and configure sensors within the cobot system for optimal functionality and efficiency.


Download the white paper Benefits of Strain Gauge Technology for Industrial Cobots