Fully automatic - Post process measuring machine for testing shafts and axles The system is customer-specifically designed for simultaneous testing of six diameters in a range of min. 20h6 and max. 50h6, with a maximum part length of 150mm. Automatic machine adjustment based on individual, average, or moving average values, as well as customer-specific values, is possible. Changeover takes less than 3 minutes. - Post process measuring machine for testing disc-shaped rotationally symmetrical parts. Designed for a range of approximately 160 similar parts. Two inner diameters from 17mm to 140mm and two outer diameters from 40mm to 300mm can be tested. The inner diameter can be freely positioned within the 17-140mm range using a crank, and the height is adjustable via 7 stops. The outer diameter can be set in 13 positions within the 40-300mm range and in 7 height positions. The workpiece is mounted on a three-point support and secured in a three-jaw chuck. Manual changeover - changeover time < 5 minutes. Dimension determination via 2- point measurement using 12mm incremental probes. Automatic machine adjustment based on individual values, average values, or moving average values, as well as customer-specific values. - Post-process measuring machine for brake drums Designed for simultaneous testing of two inside diameters. The system is configured for a customer-specific range of two parts. No conversion is required, as the range of parts is within the stroke range of the probes and the chuck. Simultaneous testing of two inside diameters. Measurement values ​​are recorded via incremental probes. Automatic machine adjustment based on individual, average, or moving average values, as well as customer- specific values. - Polar coordinate measuring machine For testing cams or cam-like parts with a maximum diameter of 600 mm. Measurement and evaluation time with target and actual comparison and adjustment < = 30 seconds.

Fully automatic - Fully automatic measuring device with robot. 100% inspection - 100% quality. Cycle time < 20 seconds. Due to the increased division of labor in production processes, e.g., through outsourcing, interfaces are created whose functionality and documentation must be ensured. 100% quality of the incoming parts is essential, especially in fully automated assembly lines. Robotic inspection devices are used to reduce production costs. Measurements are recorded using electronic probes or non-contact lasers in the µm range. The measured values ​​are evaluated by the MCQ 2000 measuring computer. The query speed is < 1 msec., the measurement resolution is 0.1 µm. Pass/fail statements are displayed, and classification or sorting is performed. The recorded measurement data can be evaluated internally and/or transferred to higher-level CAQ systems for statistical analysis. The mobile system can also be connected to LANs. - Shaft measuring machine In response to increasing customer demands for greater transparency in quality management and the associated traceability of measurement results in parts production, we have developed and built automatic measuring machines for well-known manufacturers of shaft-shaped parts. These automatic measuring machines are capable of measuring a range of parts, such as gear shafts, drive shafts and camshafts, without the need for extensive modifications or adaptations to the measuring machine. This means you can guarantee the quality of your production quickly and close to the process, as well as saving expensive coordinate measuring machine time. Length, diameter, distance dimensions and cam angle can currently be determined on parts 100-1000mm long and weighing up to approx. 30 kg. The measuring machine is designed so that it can be used without any problems in the production area of ​​a forge. The operator only has to place the test piece into a loading prism and start the measuring sequence. All actions required for measurement are performed independently by the measuring machine. It is designed as a compact system (W x D x H 2000 x 1200 x 2000) and protected from dirt and unauthorized access by sheet metal cladding. The measurement data is recorded by a laser and several incremental measuring systems connected to an MCQ 2000+ measuring computer and presented to the operator as numerical and/or graphical values ​​on the display. The results can be statistically evaluated and/or saved, or further processed online.  

Semi-automatic - Funkbox  FTB 200 The wireless box transmits an inductive probe value and a temperature sensor value (Li-ion) via radio from a battery-powered transmitter to a receiver box or measuring computer. Three function buttons, "Measure," "Calibrate," and "Temperature Transfer," are also transmitted to the receiver box. The probe value and the temperature value are output in the receiver box as two analog values ​​at standard sockets or processed directly in the computer. The three "function buttons" are available on the receiver box as three potential-free digital outputs, optionally for processing in the measuring computer. The wireless box is designed so that it can be easily clamped to a measuring bar, making operation much  easier. It can be operated with one finger,  leaving both hands free to guide the measuring bar. The radio box features an integrated LCD  display (low-power version, 2 lines of 16 characters each, optional graphic display with measuring column display). Five values ​​are available to the operator  on this display as standard: measuring time, battery voltage with low battery warning, the measured value of the inductive probe (+- 2000; +- 200.0 µm), the temperature value of the sensor (or, if the sensor is not plugged in, the temperature at the box), as well as the coded active function key and an indicator "Radio connection OK." Tempering plates for Calibration master The tempering plates are used for thermal stabilization and adjustment of the Calibration master to the workpiece. We offer a standard range from 150 to 500 mm, but we also manufacture tempering plates according to customer specifications.