Ideal for light to medium-duty applications, these solutions offer a cost-effective, off-the-shelf approach that supports rapid deployment. Their versatility makes them particularly effective in secondary packaging applications like cartoners and case packers, where corrosion resistance is crucial despite the absence of direct food contact. With customizable configurations, customers can mix and match options to create a tailored solution that meets specific operational needs.

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The PRF Series is an economical inline planetary gear reducer designed for servo and stepper motor applications where reliable performance and cost efficiency are important considerations.

Featuring helical planetary gearing and a durable internal structure, the PRF Series provides smooth operation and efficient power transmission for a wide range of automation and motion control systems.

A B5-style square output flange enables convenient mounting to machinery, indexing mechanisms, and linear actuator systems. Industry-standard motor interfaces allow easy adaptation to many servo and stepper motor types.

Frame sizes from 062 to 160 and backlash options of ≤8–10 arc-minutes provide flexibility across many machine designs where ultra-low backlash is not required. Special sealing and lubrication technologies help improve efficiency and heat dissipation, supporting reliable operation in continuous-duty automation environments.

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The PRE Series is an economical inline planetary gear reducer designed for servo and stepper motor applications where cost-effective performance and reliability are key considerations.

Featuring helical planetary gearing and a durable internal construction, the PRE Series provides smooth operation and efficient power transmission across a wide range of automation and motion control applications.

Frame sizes from 062 to 160 and backlash options of ≤8–10 arc-minutes allow the PRE to support many machine designs where ultra-low backlash is not required. Industry-standard output mounting geometry and flexible motor adaptation simplify integration with a variety of servo and stepper motor systems.

Special sealing and lubrication technologies help improve efficiency and heat dissipation, ensuring reliable operation in continuous duty automation environments.

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The NEV Series is a cost-effective right-angle planetary gear reducer designed for servo and stepper motor applications operating primarily in one direction. Utilizing helical planetary gear configuration, the NEV provides reliable motion control in applications where ultra-low backlash is not required.

With 30 arc-minutes backlash, the NEV Series is well suited for conveyors and similar transport systems where positioning accuracy is secondary to efficiency and cost control. It is frequently used when upgrading induction motor-driven systems to servo technology across multiple machine axes.

The lightweight aluminum housing is available with hollow or solid output shaft configurations. Supporting motors from 50 W to 3.5 kW, the NEV delivers nominal output torque ratings from 6 Nm to 90 Nm. Four frame sizes and ratios from 5:1 and 105:1 provide flexibility across industrial and good & beverage applications.

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The EVT Series is a compact right-angle planetary gear reducer designed for applications requiring high torque density, torsional rigidity, and precise positioning in space-constrained machine designs.

Featuring an ISO robotic mounting interface, the EVT Series enables direct mounting of pinions, pulleys, and turntables, simplifying installation and improving system rigidity in high-performance automation equipment.

With ≤4 arc-minute backlash, the EVT delivers excellent positioning accuracy for robotics, machine tool, and high-dynamic automation applications where minimal installation envelope is required.

A robust internal design with tapered roller bearings provides exceptional torsional stiffness and allows the reducer to withstand demanding radial and axial loads. The maintenance-free design is lubricated for life and supports flexible mounting in any orientation.

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The VRSF Series is a lightweight inline planetary gear reducer designed for lower-duty cycle servo and stepper motor applications where compact size and cost efficiency are important.

Featuring quiet helical planetary gearing and an aluminum housing, the VRSF Series provides smooth operation and reliable performance in high-volume automation equipment.

With standard backlash of 15 arc-minutes, and optional higher-accuracy configurations, the VRSF supports a range of motion control requirements where ultra-low backlash is not necessary.

Available in four frame sizes, the VRSF delivers peak output torque up to 274 Nm across nine reduction ratios. Optional NEMA output flange configurations allow for easy integration into many machine designs used in medical devices, packaging machinery, and other compact automation systems.

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The VRT Series is a high-rigidity inline planetary gear reducer designed for applications requiring exceptional torque density, torsional stiffness, and precise indexing performance.

Featuring an ISO robot flange interface, the VRT Series enables direct mounting of pinions, pulleys, turntables, and indexing mechanisms. This hub-style output design simplifies installation and reduces assembly time in high-performance automation equipment.

With standard backlash of <3 arc-minutes, and reduced options down to <1 arc-minute, the VRT delivers outstanding positioning accuracy for robotics, dial tables, and high-speed indexing systems.

Seven frame sizes and a wide range of single- and two-stage ratios provide flexibility across demanding motion control applications such as robotic transfer systems, 7th-axis robot shuttles, end-of-arm tooling, and precision automation machinery.

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The EVS Series is a high-torque right-angle planetary gear reducer designed for demanding positioning accuracy and dynamic performance. As the right-angle counterpart to the VRS inline series, it delivers compact construction with enhanced rigidity for precision motion applications.

With ≤4 arc-min backlash and dual row of tapered roller bearings, the EVS Series maintains smooth, quite operation under high radio and axial loads. Its robust bearing design ensures stability even in applications exposed to significant dynamic and static forces.

Maximum acceleration torques up to 2960 Nm make the EVS Series well suited for machine tool, robotics, and high-capacity servo systems where standard planetary solutions are insufficient.

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