The Pasio 15 is always the right choice when you want to perfectly balance a wide spectrum of rotors up to a maximum weight of 15 kg. The current model is also equipped with the advanced Save Control, which permanently coordinates and monitors many of the machine functions. It always keeps you updated on the status of the Pasio 15 and lets you react individually.
The Pasio 5 series is always the right solution when balancing small and very small rotors. The three models in the PASIO series cover the weight range from a few grams up to a rotor weight of 5 kg. The spectrum ranges from miniature motors or dental drill turbines weighing only a few grams to blowers and electric-motor armatures down to spindles with a maximum weight of 5 kg.
Depending on the model, different drive concepts and rotor supports are used. In the smallest version, displacement measurement is used due to greater accuracy. In the two larger versions, force-measurement is used. Our measuring devices support both measurement methods perfectly to ensure that you will achieve the best balancing result in these weight classes as well.
Precise, convincing technology:
Compact table balancing machine
Servomotor with digital speed selection and monitoring
Self-diagnosis for quick fault detection and rectification
IoT-ready to provide access to the digital Schenck world
Quick and error-free machine setup with the integrated linear laser
Easy to adjust and easy to handle laser scanning head for precise angle positions
Exact and quick unbalance correction thanks to automatic angle positioning
Reliable balancing of magnetized rotors such as permanent magnet rotors via an non-magnetic drive
Variable drive technology for different weight ranges
Permanent calibration of Pasio 5SC and Pasio 05SC for easy and quick balancing
Maximum precision thanks to displacement measurement in the Pasio 005SC
The Pasio 50SC is the second generation of our large Pasio series. It is designed for rotors up to 50 kg with a maximum rotor diameter of 600 mm and a length of 1,000 mm. It covers a practical rotor range frequently found in production plants and repair facilities. Sophisticated mechanics and perfect measuring technology permit residual unbalances of less than 0.5 gmm per plane and therefore a very high unbalance reduction ratio.
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