Pasio Pasio are universal balancing machines for horizontally mounted rotors, ranging from small rotors weighing just a few grams to larger rotors. Thanks to the Schenck ONE software, you have access to valuable data and applications for the entire balancing process at all times.
Pasio – Universal, manual balancing machine for rotors. Precision, compact design, flexible use, and Schenck ONE software integration.
Pasio Pasio are universal balancing machines for horizontally mounted rotors, ranging from small rotors weighing just a few grams to larger rotors. Thanks to the Schenck ONE software, you have access to valuable data and applications for the entire balancing process at all times. is an application documented by Schenck RoTec. This page summarizes the engineering task and the system-selection considerations for an Elina implementation.
Application challenge
Pasio – Universal, manual balancing machine for rotors. Precision, compact design, flexible use, and Schenck ONE software integration.
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
- Cutting-edge technology for perfect balancing
- Advantages of the Pasio
- Universally applicable
- Flexibly customizable
- User-friendly
- Short changeover times
- Precise measurement results
- State-of-the-art measuring software
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
- Pasio
The problem
Pasio – Universal, manual balancing machine for rotors. Precision, compact design, flexible use, and Schenck ONE software integration.
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.
