The hardness testing machines are designed for production support and 100%-Checks for higher quantities. Owing to the new design you are able to integrate it into production plants without any problems.

Shock test is used to accurately measure the product fragility and evaluate the protective ability of product packaging. Regardless of whether you want to do a boundary assessment on complete product breakage, industrial standard shock pulse or the company's internal standards, we can provide the most advanced shock test systems to meet your application requirements.

The UT200 is a universally usable, fully automated Hardness tester. The Die computer-controlled positioning offers the possibility for hardness testing on lines and surfaces as well as the fast and automated testing of numerous pieces in the production or the receiving area.

Incoming goods inspection. Hardness testing of metals in production. Testing of machine parts, weld seams, coatings and hardened parts even at difficult to access locations and at any angle

Incoming goods inspection.Hardness testing of metals in production. Testing of machine parts, weld seams, coatings and hardened parts even at difficult to access locations and at any angle.

This test equipment is used to evaluate the durability of vehicle seat safety belt seating sensors under repeated loads. Convenient activation is provided through the pneumatic cylinder method.

The leak test stand is suitable for gas pressure tests up to 1050 bar. Tests can be performed with 95/5 moulder gas/H2, helium or nitrogen. Standard 50L gas cylinders or other sources serve as the media source. A leak is detected and registered by a sniffer (e.g. Inficon P3000XL).

This test equipment is designed to test the clutch durability, and adopts a high-performance hydraulic valve to manifest fast response speeds for high-speed testing. It can test at temperatures as low as -50℃.

Expose cooling systems of ECUs, PTC heaters, high-voltage coolant heaters, AC/DC, DC/DC converters, coolant circuits and other media-carrying components to pulsating pressures, as well as a vacuum test. In addition, the rig enables ambient and fluid temperature heating and cooling at temperatures from -40 °C to 160 °C

The SF6 leak test rig allows tightness tests on common rails and other components. The pressure is generated through a pressure convertor, while the SF6 is contained in the high-pressure medium. A leakage is determined in the vacuum chamber with a laser sensor. For efficiency, a clamping device is located in the test chamber. It is adjustable and can be used for almost every type of common rail. Adaptation of the rails is enabled through high-pressure hoses and couplings. The control unit is a Siemens PLC and involves a touch panel as an input and display unit.

The PPM 462 Leak test stand rig allows tightness tests on common rails and other components. The pressure is generated through a pressure convertor, while the SF6 is contained in the high-pressure medium. A leakage is determined in the vacuum chamber with a laser sensor. For efficiency, a clamping device is located in the test chamber. It is adjustable and can be used for almost every type of common rail. Adaptation of the rails is enabled through high-pressure hoses and couplings. The control unit is a Siemens PLC and involves a touch panel as an input and display unit.

PPM 141 high pressure pulse testing equipment is used in the following fields: Research and development, System optimization, Durability testing of standard parts, Automotive industry and shipbuilding.