Spin testing solutions Precision right from the start thanks to meaningful centrifuge analyses. Schenck’s centrifuge solutions examine rotating components in a centrifugal field and are essential for development, manufacturing, and quality assurance in industries such as e-mobility, aerospace, engines, turbines, fans, and automotive components.
Automated spin testing solutions for rotors and materials. Schenck offers high-speed, precise, and safe burst and centrifugal testing systems.
To the product: Spin testing To the product: Quality assurance
Spin testing solutions Precision right from the start thanks to meaningful centrifuge analyses. Schenck's centrifuge solutions examine rotating components in a centrifugal field and are essential for development, manufacturing, and quality assurance in industries such as e-mobility, aerospace, engines, turbines, fans, and automotive components. is an application documented by Schenck RoTec. This page summarizes the engineering task and the system-selection considerations for an Elina implementation.
Application challenge
Automated spin testing solutions for rotors and materials. Schenck offers high-speed, precise, and safe burst and centrifugal testing systems.
Measurement or test approach
The engineering workflow combines rotor-specific balancing or spin-testing equipment, measurement electronics, software and a defined correction process.
Topics covered by the manufacturer
- Key features
- High energy efficiency
- Accurate measurements
- Comprehensive protection
- Service from Schenck
- The right services for your centrifuge stands and rotor testing
- Any Questions?
Information required for system selection
Define rotor mass and dimensions, operating or balancing speed, permissible residual unbalance, correction method and production throughput.
Matched catalog components
- Spin testing
- Quality assurance
The problem
Automated spin testing solutions for rotors and materials. Schenck offers high-speed, precise, and safe burst and centrifugal testing systems.
The method
The engineering workflow combines rotor-specific balancing or spin-testing equipment, measurement electronics, software and a defined correction process.
The result
The delivered configuration must be verified against the operating envelope and performance required by the application.
