Electromechanical NC joining systems from Kistler – total control thanks to monitoring and regulation of joining and press-fit processes.

Joining and testing for assembly processes

100 percent quality thanks to precision and reliability

Kistler, your one-stop supplier: From a single sensor with process monitoring device to a pre-tested joining system or a customer specific semi-automatic station – solutions all according to your requirements.

Our solutions for your joining application

Process monitoring of joining operations – 100 percent quality thanks to precision and reliability

Sensors and process monitoring in production

A wide range of joining and assembly processes can be monitored and optimized using piezoelectric sensor technology: process control and process monitoring - also with automatic sorting - ensure the highest level of quality at product and data level.

Electromechanical joining systems

NC joining systems | servo assembly presses are highly flexible in application and much more energy-efficient than hydraulic and pneumatic systems. With a portfolio of seven different lines, we cover a wide range of manufacturing processes in different industries.

The Smart Single Station from Kistler is a modular assembly and test station for production lines.

Manufacturing cell as a module: Smart Single Station

Smart Single Stations are highly integrated manufacturing cells that are designed exactly to customer specifications for a specific application. For complex processes, several stations can be combined with each other - we accompany you from the initial design to commissioning.

Diverse joining applications

Many different joining processes can be efficiently tested and implemented with joining systems from Kistler.

Joining processes such as press-fitting, caulking or clinching are among the most common steps in industrial production. With process monitoring and control based on force or torque measurement in conjunction with displacement or angle measurement, they can be sustainably optimized: Quality, efficiency, and transparency increase. Thanks to sequence control and precisely adjustable quality criteria, you can implement your assembly processes more efficiently, precisely, and sustainably.

You also benefit from higher process reliability and thus quality, while productivity increases: With integrated sensor technology and process monitoring, you shorten cycle times and receive reliable data on every single product manufactured - resources are conserved and operating costs are reduced.