Guaranteeing quality precise and efficient

Incredibly efficient

• A detailed analysis allows the crimping process to be optimized
• Top measuring performance in defined cross-section range
• Robust design guarantees durability

Highly productive

• Documentation of each individual crimping force curve
• Article retention reduces changeover times
• Touchscreen for user-friendly operation

Remarkably flexible

• Predefined access authorization protects critical functions
• Universal, simple sensor enables a wide range of applications
• Flexible interface enables usage with fully automatic wire processing machines

Contact faults are often the result of crimped insulation and missing strands. To eradicate issues of this nature and guarantee complete functionality, MicroForce 80 has been designed to monitor quality for every single crimp. The test device enables the processing chain to be meticulously analyzed and the measured values to be documented. Based on these results, processes can be optimized, faulty crimps can be minimized and traceability can be guaranteed in the production process. Installing the sensor is quick and easy. MicroForce 80 combines reliable, tried-and-tested technology with high quality processing.

Detailed analysis of crimping process

MicroForce 80 enables a detailed analysis of the crimping process to be made with the minimum of effort. The sensor is bolted on to the frame of a crimping device or crimp module. It measures the force exerted by the pressing cycle on the frame. The results are prepared electronically, evaluated in the integrated software and shown on a 5” display. MicroForce 80 classifies each crimp as good or bad based on a comparison of the data with a reference curve.

Ideal conditions for high productivity

A great deal of time can be saved during changeovers thanks to the stored product data. All information required for production purposes – tolerance, batch size, learning crimp quantity, evaluation range, wire type and contact type – is immediately available at all times. This cuts out the need for complex and expensive manual work, which is vulnerable to human error.