Motor Sizer

Aerotech's "U-channel" BLM series linear motors are 86.4 mm x 34.3 mm in cross section and have proven ideal for both high-accuracy and high-throughput applications.

The BLMX series "U-channel" brushless linear servomotors offer over 49% greater continuous output force in the same physical envelope than similar models from other manufacturers.

The S-series motors are Aerotech's high-performance brushless, frameless torque motors. The motors feature rare-earth magnets for maximum torque and acceleration in a compact assembly - while delivering excellent velocity stability.

Aerotech's BMS series brushless, slotless servomotors represent the ultimate in high-performance rotary motors. Available in standard NEMA frame sizes, these motors utilize a slotless stator design for superior velocity smoothness and control. Featuring rare-earth magnets and a high pole-count rotor, the BMS series provides extremely smooth velocity control in a small package. Custom mechanical or electrical variations of the BMS can be engineered with minimal lead time.

The PRO225LM provides an optimal balance of positioning performance, payload capacity and size. Compared to the narrower PRO190LM, PRO225LM is capable of carrying considerably higher payloads due to its larger bearings and motor. Combining superior craftsmanship and the highest quality components, PRO225LM stages consistently and reliably deliver best-in-class positioning performance. Thoughtfully engineered features and options, coupled with competitive pricing, make PRO225LM stages the ideal choice for streamlined integration into a wide variety of precision systems, machines and processes.

Our APR stages are the highest performing and most versatile direct-drive, mechanical-bearing stages available. With nine models offering a variety of options for load capacity, torque
and dimensional requirements, the APR stage family provides convenient design and integration flexibility. APR stages achieve exceptionally high repeatability, geometric performance and dynamics through a combination of ultra-precise components, cogless direct-drive motors, high-resolution encoder feedback and superior craftsmanship.