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The NC joining module NCFL (2167B)
The new - generation universal electromechanical joining system NCFL (2167B) from Kistler is upgraded based on the NCFL platform (2167A) with the new Safe Torque Off (STO) functionality across the entire product range. In addition, a new 100 kN model has been introduced, expanding the portfolio to a total of 11 size variants covering force capacities from 10 to 100 kN for precision assembly applications. The broader force range allows customers to address a wider variety of joining applications using one consistent platform. Covered industries include automotive, electronics, medtech and semiconductors – with electromechanical joining systems such as NCFL being more accurate and flexible as well as much more energy - efficient than hydraulic and pneumatic ones. The electromechanical NCFL servo presses help customers optimize assembly processes, improve assembly quality, and reduce production costs. Customers from Kistler achieve comprehensive force - displacement process monitoring as well as full data traceability throughout the entire manufacturing process.
The NC joining module - Integrated Joining System (2168A)
Integrated Joining System – the compact, all-in-one servo press with force/displacement monitoring. Combining drive technology in a strain-gauge force sensor, and displacement measurement in single, compact solution, it delivers maximum performance with minimal integration effort. Energy-efficient, flexibly scalable, and ready for immediate deployment using just two cables, it simplifies machine design while ensuring precise, reliable joining processes.
High-speed linear modules NCFQ for dynamic and precise joining applications (2166A)
NCFQ linear modules are engineered for high-speed, high-precision joining applications in modern assembly systems, delivering exceptional dynamics, precision, and repeatability for demanding production environments. The integrated MagSpring ® optimizes vertical applications by enabling smooth, energy-efficient motion. Combined with Kistler's advanced sensors and process monitoring systems, they become the dynamic core of every NCFQ system, driving reliable, high-performance joining processes.
Process monitoring and control system ComoNeo (5887B)
Kistler's process monitoring systems provide comprehensive analysis, optimization, monitoring, documentation, and control for injection molding applications of every scale. Intelligent detection and automatic separation of faulty parts reduce quality costs and minimize waste. With its innovative features, the ComoNeo process monitoring system empowers manufacturers to optimize processes, increase productivity, and simplify day-to-day injection molding operations.
Process monitoring system maXYmos BL (5867C)
Kistler's optimized maXYmos BL 5867C process monitoring system delivers real-time process visualization for precise force-displacement monitoring in industrial manufacturing. Designed for ease of use and seamless integration into production environments, this compact, cost-efficient member of the proven maXYmos product family monitors a wide range of measured variables using intuitive XY curve analysis. Ideal for quality assurance in joining and pressing applications, it helps manufacturers improve process reliability, ensure consistent product quality, and increase production efficiency across the medical, automotive, electrical, and electronics industries.
Press Force Sensor (9340A)
Kistler's press force sensor is specifically designed for use in hand knee lever presses and pneumatically operated presses across a wide range of installation sizes. Its compact design and flexible integration make it easy to adapt to diverse production environments. Based on proven piezoelectric measurement technology, the sensor delivers highly accurate force measurement by converting the load applied to quartz crystals into a proportional output signal. When combined with a measuring amplifier or process monitoring system such as maXYmos BL and a displacement sensor, it enables comprehensive force-displacement monitoring with advanced evaluation capabilities. The result is reliable process control, consistent product quality, and a strong foundation for zero-defect manufacturing.