Selecting the right precision planetary reducer is one of the most important steps in designing a high-performance motion control system. With numerous technical parameters to consider, the selection process can appear complicated. In practice, however, three core factors determine the optimal solution: gear ratio, output torque, and inertia matching.

Reliable planetary gearbox with perpendicular shaft configuration. Supports heavy loads while maintaining high efficiency and consistent accuracy in demanding automation tasks.

With the continuous advancement of technology, wafer handling robots are gradually achieving higher levels of automation to meet the demands and challenges of the semiconductor manufacturing industry. The harmonic drive reducer, due to its zero-backlash, ultra-high precision (arc-second level), and lightweight characteristics, is commonly used in equipment such as wafer handling arms (Wafer Handler), lithography machines (Lithography), and cleanroom-compatible machinery. The RV reducer gearbox, owing to its high rigidity, high torque, and long lifespan, is frequently employed in the base of load-handling robotic arms. The precision planetary reducer, with its high torque density and compact structure, is widely used in devices such as wafer conveyor belts, indexing rotary tables, and wafer pre-aligners.

Since 2018, HONPINE's high-precision planetary reducers have thrived in competitive markets, earning widespread customer recognition for their unique structure, craftsmanship, and exceptional precision, strength, and longevity. HONPINE planetary reducers can replace most leading brands, including STOBER, WITTENSTEIN, and NEUGART. Here’s how HONPINE achieves this.