What forces are invisible in YOUR system?

industrial robot in automotive

Hidden forces. Real consequences.

Many failures are not visible.

A robot may follow the correct trajectory. A component may pass inspection. A process may continue without alarms.
Yet hidden mechanical interactions can affect quality, reliability and performance.

Force sensing makes these invisible forces visible.

What forces are invisible in your automation process?

Most industrial systems can see position, geometry and movement.
But critical process information is often hidden in the force distribution.
Move the slider to reveal what traditional monitoring systems may miss.

industrial robot industrial robot force detection

What forces are invisible in your automation process?

Most industrial systems can see position, geometry and movement.But critical process information is often hidden in the force distribution.

Robot Gripper
Vibrations affecting positioning accuracy
Slip detected

Slip Detection

Object movement can begin long before it becomes visible to cameras.

Positioning Accuracy

Mechanical vibrations can affect process quality even when the robot follows the correct trajectory.

Contact Quality

A successful assembly process does not always mean that forces are distributed correctly.

Slip Detection

Object movement can begin long before it becomes visible to cameras.

Positioning Accuracy

Mechanical vibrations can affect process quality even when the robot follows the correct trajectory.

Contact Quality

A successful assembly process does not always mean that forces are distributed correctly.

What forces are hidden during assembly?

A component may be installed correctly and pass dimensional inspection. However, excessive insertion forces, uneven loading or hidden mechanical stress can remain undetected. Force sensing provides direct insight into the assembly process, enabling improved quality control and process reliability.

What forces are hidden during assembly?

A component may be installed correctly and pass dimensional inspection. However, excessive insertion forces, uneven loading or hidden mechanical stress can remain undetected. Force sensing provides direct insight into the assembly process, enabling improved quality control and process reliability.

Assembly
Hidden mechanical stress
Insertion force exceeded target limits

Insertion Force

Excessive or insufficient insertion forces can damage components or lead to unreliable assemblies.

Mechanical Stress

Hidden stresses introduced during assembly may reduce product lifetime and affect long-term performance.

Process Consistency

Every assembly cycle should follow the same force profile. Deviations can indicate process variations, tool wear or alignment issues.

Insertion Force

Excessive or insufficient insertion forces can damage components or lead to unreliable assemblies.

Mechanical Stress

Hidden stresses introduced during assembly may reduce product lifetime and affect long-term performance.

Process Consistency

Every assembly cycle should follow the same force profile. Deviations can indicate process variations, tool wear or alignment issues.

How do you know your seal will actually seal?

A seal may look perfectly installed, but critical information is hidden in the contact pressure. Even small pressure variations can create local gaps that remain invisible during assembly.

How do you know your seal will actually seal?

A seal may look perfectly installed, but critical information is hidden in the contact pressure. Even small pressure variations can create local gaps that remain invisible during assembly.

Seal
Potential Seal Failure

Pressure Gap Detection

Local pressure gaps can compromise sealing performance and increase the risk of leakage.

Uneven Gasket Compression

Non-uniform contact pressure reduces sealing reliability and long-term durability.

Seal Integrity

A visually complete seal does not guarantee a reliable seal. Proper force distribution determines sealing performance.

Pressure Gap Detection

Local pressure gaps can compromise sealing performance and increase the risk of leakage.

Uneven Gasket Compression

Non-uniform contact pressure reduces sealing reliability and long-term durability.

Seal Integrity

A visually complete seal does not guarantee a reliable seal. Proper force distribution determines sealing performance.

Your application. Your challenge.

Every application is unique. Whether you’re optimizing an existing process or developing an entirely new product, hidden force information can unlock new possibilities for quality control, automation and product performance.

Let’s explore your application together