Browse available units in our catalog of VPF Food Grade Motors.
This food-grade servo motor features a compact 75 mm frame size and utilizes two magnet stacks for enhanced performance. With an 18-bit absolute multi-turn digital encoder leveraging Hiperface DSL pro
This servo motor utilizes an 18-bit absolute single-turn digital encoder for feedback, implementing the Hiperface DSL protocol to ensure precision. It includes a single SpeedTec DIN connector for easy
This servo motor features a robust 100 mm frame size and includes two magnet stacks. It is equipped with an 18-bit absolute multi-turn digital encoder utilizing Hiperface DSL protocol for precise feed
This food-grade servo motor possesses a frame size of 100 mm and is configured with three magnet stacks. It incorporates an 18-bit absolute multi-turn digital encoder utilizing the Hiperface DSL proto
This food-grade servo motor is built with two magnet stacks to enhance performance. It utilizes an 18-bit absolute single-turn digital encoder for feedback, following the Hiperface DSL protocol. The m
This food-grade servo motor features a compact 75 mm frame size and operates at a rated speed of 3500 RPM. Its design includes two magnet stacks and employs an 18-bit absolute single-turn digital enco
This food-grade servo motor features a 100 mm frame and 2 magnet stacks, effectively designed for high performance. With an impressive rated speed of 6000 rpm, it is suitable for various food processi
With a frame size of 115 mm and three magnet stacks, this motor allows for efficient performance. The feedback system utilizes an 18-bit absolute multi-turn digital encoder, compatible with the Hiperf
Featuring an impressive rated speed of 4500 rpm, this food-grade servo motor incorporates 2 magnet stacks for enhanced performance. The feedback mechanism utilizes an 18-bit absolute multi-turn digita
This food-grade servo motor features a 130 mm frame size and incorporates three magnet stacks for enhanced performance. It utilizes an 18-bit absolute multi-turn digital encoder adhering to the Hiperf