【Features】 - Achieves high cost competitiveness with a simple design focused on "rotation and stopping" - Compact and high-torque drive performance using a planetary gear - Supports diverse AGV designs with three power supply lineups, including DC24V - Provides a dedicated driver that allows intuitive speed control with a knob operation - Offers a wide range of output options from 20W to 500W 【Our Strengths】 As a specialized company in low-voltage battery-driven motors, we provide consistent support from selecting the optimal motor and driver to control settings after delivery and operational support on-site. We closely address design challenges and provide careful support until reliable operation is achieved on-site.

By eliminating excessive features and focusing on basic performance, we have achieved an overwhelmingly low price that is "effectively less than half" compared to conventional domestic manufacturer equivalent products (brushless motor + planetary gear). The drastic cost reduction of the motor alone dramatically lowers the manufacturing cost of the entire equipment. Prices vary depending on the combination of voltage, output, gear shape, and driver, so please request a detailed estimate. It demonstrates its maximum power when implemented in bulk for mass production machinery (volume discount).

PGM Series

As a drive module that balances space-saving and high output, it is ideal for projects with strict budget and space constraints. 【Main Application Examples】 Manufacturing FA and automation equipment: Industrial machinery that requires reliable speed and torque control in limited space, such as small conveyor drives, indexing table rotation, lifters, and packaging machines within factories. Small AGVs and automated transport robots: Standardly compatible with DC24V battery drive. Used as drive axes or power sources for small AGVs (automated guided vehicles) that autonomously navigate within factories and warehouses. Verification and testing environments for next-generation technologies: Contributing to rapid prototyping as a "mobility and drive source" incorporated into platforms for prototyping new mechanisms or conducting proof-of-concept experiments. We respond to requests such as "I want to arrange the motors orthogonally according to the layout of the equipment" or "I want to procure the same motor cheaply in large quantities" with three types of gear shapes (parallel axis, L type, R type) and overwhelming cost advantages. Customizations during mass production, such as adding non-excited brakes, can also be flexibly accommodated.