GMP36T-TBC3670 36mm Machined Planetary Gear Motor Brushless Coreless with Precision Metal Gearbox 24V High Torque BLDC Gearmotor
The 36*70mm Machined Brushless Planetary Gear Motor represents the pinnacle of precision motion control integration. This robust unit combines a high-performance 36mm brushless coreless motor with a precision-machined planetary gearbox of matching diameter, creating a compact 70mm-long powerhouse. The machined gearbox construction features components manufactured from solid stock to aerospace-grade tolerances, delivering minimal backlash, exceptional strength, and superior durability. This integrated gearmotor delivers the smooth, efficient power of coreless technology amplified by precision gear reduction, providing high output torque with the responsiveness and controllability required for advanced robotics and automation systems.
Aerospace-Grade Machined Gearbox: The gearbox features housings and gears machined from high-grade metals (such as stainless steel or hardened alloys) to achieve tolerances measured in microns. This construction ensures minimal backlash (often below 1°), exceptional concentricity, and the ability to withstand high shock loads and continuous operation.
High Torque Density with Coreless Smoothness: The coreless motor provides zero cogging and smooth torque delivery, while the multi-stage planetary gearbox multiplies torque output significantly. The result is a drive system capable of moving substantial loads with precision and smoothness unmatched by standard motor-gearbox combinations.
Superior Dynamic Performance: The low-inertia coreless rotor provides rapid acceleration and deceleration through the gear train, allowing for responsive positioning and speed changes. This dynamic performance is essential for collaborative robots and high-speed automation.
Sealed and Robust Construction: The machined housing allows for precise sealing interfaces, enabling options for IP54 or higher ingress protection. Precision bearings support both motor and output shafts for high radial and axial load capacity.
Optimized Thermal Management: The metal gearbox housing acts as a heat sink, drawing heat away from the motor during operation. This thermal efficiency allows for sustained high-torque output without derating.
Collaborative and Industrial Robotics: Ideal for joint actuators in collaborative robots (cobots), lightweight industrial robots, and exoskeletons requiring precise force control and backdrivability.
Medical Robotics and Surgical Systems: Perfect for surgical robot arms, rehabilitation robotics, and advanced prosthetic devices where precision, reliability, and smooth motion are critical.
Industrial Automation: Suitable for precision indexing tables, high-performance conveyor drives, packaging machinery, and automated assembly systems requiring accurate positioning.
Aerospace Actuation: Used in flight-critical actuation systems, landing gear mechanisms, and satellite deployment systems where reliability and precision are paramount.
Defense and Security: Employed in surveillance system pan-tilt mechanisms, unmanned ground vehicle drives, and precision weapon stabilization systems.
