The High Speed Planetary Gearbox is engineered for advanced motion systems that require high rotational speed, accurate positioning, and stable transmission performance. Featuring a classic all-planetary gear structure, this gearbox delivers excellent torque transmission efficiency and dynamic response, making it suitable for industrial automation, robotics, precision equipment, and high-speed mechanical systems.
Designed to meet different operating requirements, the gearbox series provides multiple configurations optimized for cyclic operation, continuous running, and temperature-sensitive applications.
Product Features
Classic All-Planetary Gear Structure
The gearbox adopts a traditional planetary transmission architecture, offering a compact design with high mechanical strength and efficient power transmission.
Key advantages include:
-
High positioning accuracy
-
Excellent load distribution
-
Smooth transmission performance
-
Compact installation dimensions
-
Reliable operation under demanding conditions
The optimized planetary gear arrangement ensures stable performance for applications requiring frequent acceleration, deceleration, and precise motion control.
PS-MF Type Standard Gearbox
The PS-MF standard series is designed for applications requiring high dynamic performance and precise positioning.
Main features include:
-
Suitable for cyclic operation with duty cycle (ED ≤ 60%)
-
High dynamic response capability
-
Excellent positioning accuracy
-
Supports forward and reverse operation
This configuration is ideal for robotic systems and automation equipment that require repeated motion cycles with consistent accuracy.
PS High Speed-MC Type Gearbox
The PS High Speed-MC series is optimized for continuous operation environments where speed and reliability are critical.
Product advantages include:
-
Suitable for continuous operation (ED ≥ 60%)
-
High rated rotational speed
-
Stable performance in temperature-sensitive applications
-
High-quality precision transmission
This version is designed for equipment that operates for extended periods while maintaining reliable speed control and transmission accuracy.
PS High Speed-MC-L Type Gearbox
The MC-L series features a friction-optimized design, providing improved efficiency and reduced mechanical losses.
It is developed for applications requiring:
-
Continuous operation (ED ≥ 60%)
-
Ultra-high-speed rotation
-
Excellent thermal performance
-
Precision transmission quality
-
Reduced load torque requirements
The optimized friction structure helps lower internal resistance, improve operating efficiency, and support high-speed applications with strict temperature control requirements.
Core Technology Advantages
The High Speed Planetary Gearbox combines precision planetary transmission technology with optimized mechanical design to achieve reliable performance in demanding industrial environments.
Its advanced structure provides:
-
Efficient power transmission
-
Low mechanical friction
-
High-speed capability
-
Stable positioning performance
-
Long service life
Different gearbox configurations allow engineers to select the most suitable solution according to speed requirements, operating cycles, and environmental conditions.
Application Areas
The High Speed Planetary Gearbox is widely used in:
-
Industrial robots
-
Automated production equipment
-
Precision motion systems
-
Semiconductor equipment
-
Packaging machinery
-
High-speed automation platforms
-
CNC and precision manufacturing equipment
With high-speed operation capability, precise positioning performance, and flexible configuration options, this planetary gearbox provides a reliable transmission solution for modern automation and intelligent manufacturing applications.
Related products
-
Strong NdFeB magnet for permanent magnet motor, arc shape
Contact UsMostly used in the permanent magnet motor
-
Three-phase EI lamination
Contact UsThree-phase EI lamination is made by the silicon steel strip. The model of three-phase EI lamination is from three-phase(20) to three-phase(100), and the hole size is from Φ4.5 to Φ14. The gap sizes o
-
Oblique Cut Lamination
Contact UsShearing is a common cutting method for silicon steel sheets. Silicon steel is sheared with a carbide blade, which can cut the required size and shape. Shear method on the thermal impact of silicon steel core is small, the kerf is smoother, but the shear force is more damage, easy to produce deformation and burr. Therefore, the shear method is suitable for cutting smaller lamination, the requirement of surface flatness is not too high occasions.
Our company has introduced advanced oblique cut equipment, which is able to cut large silicon steel core to meet more needs of customers. -






Reviews
There are no reviews yet.