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High-performance core components for multi-industry, multi-scenario applications
REA Series Cycloidal Precision Reducers
Model:REA Series (120BX, 150BX, 35BX, 190BX, 65BX, 220BX, 250BX, 280BX, 320BX)
Origin:Made in China
The REA series covers multiple frame sizes with a rated output torque of approximately 58 to 3136 N·m.
Rated output speed: 15r/min. Compatible with approximately 14 to 4 mm motor shafts, depending on the model.
Offers multiple gear ratio options; motor mounting flange configurable based on the matched motor model.
Product Overview
The REA series cycloidal pinwheel precision reducers feature a compact, high-precision transmission design. They are directly compatible with various motor sizes and come with mounting flanges configured to match specific motor models.
The product series offers multiple reduction ratios and output torque specifications with a shaft-output design, ideal for precision transmission systems requiring high reduction ratios, high output torque, and compact installation.
Product Specifications
Product Specifications
Product Series: REA Series
Primary Models: 120BX / 150BX / 35BX / 190BX / 65BX / 220BX / 250BX / 280BX / 320BX
Output form: Shaft output
Rated Output Speed: 15r/min
Rated output torque: 58～3136 N·m
Gear ratio range: Multiple specifications available, approximately 31:1 to 185:1, depending on the model.
Motor shaft compatibility: up to Φ42mm depending on the model
Motor Connection: Locking Device / Integrated Shaft with Key
Flange installation: Provided based on the matched motor model
Lubricating Grease: VIGO GREASE RE0 or RE-00 (MOLYWHITE)
Special specification: 220BX-REA-35. Rated output torque: 784N·m. Allowable torque: 1700N·m. Allowable thrust: 7400N.
Typical Use Cases
Industrial robot joints, robotic rotary axes, automation equipment, precision rotary tables, handling mechanisms, welding positioners, and other industrial equipment requiring high torque, large reduction ratios, and precise transmission. The REA series supports combined mounting of motors, reducers, frames, and output ends.
