Test Devices by SCHECNK is the premier authority in the precise assessment of rotor balancing, structural integrity and durability in high-speed rotating components for leading OEMs and their suppliers.
With a legacy spanning over five decades, we have established ourselves as industry leaders in resolving high-speed rotor challenges. Our state-of-the-art balancing machines and cutting-edge spin testing technologies stand at the forefront of the industry.
Operating from our 50,000-square-foot facility in Hudson, Massachusetts, we adhere to ISO 9001:2015 quality standards, ensuring the production of cutting-edge test equipment. Choose Test Devices by SCHECNK for a trusted partner in safe and dependable testing solutions that uphold the highest standards of quality and precision.
Spin Pits & Spin Test Facilities
Our state-of-the-art spin pits are meticulously engineered precision test systems designed to assess rotating components at high speeds with unparalleled accuracy. With a proven track record of over 400 installations globally, our spin test systems offer a secure and controlled environment for simulating realistic centrifugal loads and accelerating parts to service-level or over-speed conditions.
Renowned for their reliability and accuracy, our spin pits are essential for testing a wide range of components, from jet engine discs to electric motor rotors. These systems are critical for research, production, and certification tests, enabling manufacturers to meet rigorous performance and safety standards.
High-Speed Drives
Test Devices by SCHECNK’s high-speed drive solutions designed for spin Pits and other applications requiring high-speed rotational capabilities. Our established technologies are meticulously engineered to deliver precise control and unparalleled performance, ensuring your testing requirements are effortlessly met.
Select from our range of standardized air drives and control systems, or collaborate with us to develop a custom-designed solution tailored to your unique specifications: High-speed drive systems.






