Orbital Motor Series Products

Gerolor Design: Provides high efficiency and reliable performance even at low pressures, ensuring smooth and efficient operation.

Robust Shaft Seal: Designed to withstand high pressures and flexible enough for use in parallel or series configurations.

Smooth Control: Allows precise control over rotation direction and speed, enhancing adaptability in various applications.

Extended Lifespan: Specially designed linkage shaft contributes to long motor life, ensuring consistent performance.

Efficiency & Economy: Optimized for a balance of efficiency and cost-effectiveness in medium load scenarios.

Compact Structure: Easy to install, with a space-saving design that suits compact installations.

Double Ball-Bearing Support: Enhanced shaft support allows for greater radial load capacity, improving stability and durability in heavy-duty applications.

Gerolor Design: Provides high efficiency and smooth performance at low pressure, optimizing energy use.

Durable Shaft Seal: Built to withstand high pressures, with flexibility for use in both parallel and series configurations, ensuring reliability across various applications.

Double Ball Bearing Support: Provides strong support, enabling the shaft to handle larger radial forces and improving the motor’s durability in demanding environments.

Gerolor Design: Delivers high efficiency and smooth performance even at low pressure, optimizing energy consumption and ensuring reliability.

Durable Shaft Seal: Built to handle high pressure, allowing the motor to operate effectively in both parallel and series configurations.

Smooth Control of Rotation and Speed: Offers precise and easy control over the direction and speed of shaft rotation, adding flexibility for various operational requirements.

Double Ball Bearing Support: Reinforced shaft support allows for greater radial force capacity, enhancing stability and reliability in heavy-duty applications.

Gerolor Design: Provides efficient performance at low pressures, optimizing energy consumption while maintaining high output.

Robust Shaft Seal: Built to handle high pressure, suitable for parallel and series applications, ensuring flexibility across various configurations.

Double Ball Bearing Support: Allows the shaft to handle larger radial forces.

Pressure: Rated up to 21Mpa, Max 28Mpa

Reliable Shaft Seal: Withstands high pressure, suitable for use in both parallel and series configurations.

Double Ball Bearing Support: Enables the shaft to handle greater radial forces.

Gerolor Design: Offers low pressure operation with high efficiency and reliable performance.

Durable Shaft Seal: Can withstand high pressure, suitable for both parallel and series configurations.

Advanced Disc Distribution Design: Enhances performance at low speeds.

Automatic Wear Compensation: The valve is designed to automatically compensate for wear, ensuring high volumetric efficiency.

Double Tapered Roller Bearings: Allows the motor to handle high radial loads.

Uses low pressure for start-up, provides smooth shaft operation and high efficiency.

The output shaft adopts in-tapered roller bearings that permit high axial and radial forces.

The case can offer capacity of high pressure and high torque at the wide displacement.

The advanced manufacturing devices for the Geroler gearset operate with low pressure during start-up, ensuring smooth and reliable operation while achieving high efficiency.

The advanced design in distribution flow automatically compensates during operation, featuring high volume efficiency, a long service life, and further contributing to smooth and reliable performance.

Advanced manufacturing devices designed for the Geroler gearset operate with low startup pressure, ensuring smooth and reliable operation while achieving high efficiency.

The output shaft utilizes tapered roller bearings that accommodate high axial and radial forces.

The case is capable of handling high pressure and high torque across a wide range of applications.

The Geroler gearset features advanced manufacturing devices that operate at low startup pressure for smooth and efficient performance. The output shaft uses needle roller bearings for high axial and radial loads, with the case handling high pressure and torque in various applications.

The high-speed distribution flow design automatically compensates during operation, ensuring efficiency and long service life.

The system offers low leakage rates and precise timing, with a commutator that rotates six times faster than the shaft speed, enhancing accuracy and allowing smooth low-speed operation without a gearbox.

Advanced manufacturing devices for the Gerotor gearset ensure small volume, high efficiency, and long service life.

The shaft seal can withstand high pressure, allowing the motor to be used in parallel or in series.

The advanced construction design contributes to the motor’s high power and low weight.

Advanced Rotor-Stator Design: Utilizes low starting pressure while ensuring high efficiency and good retention.

High Working Pressure and Output Torque: Incorporates a needle roller bearing structure that effectively withstands axial and radial loads, enabling direct drive of the working mechanism and expanding the motor’s application range.

High-Speed Flow Distribution Structure: Ensures precise flow distribution, strong automatic compensation after wear, and maintains high volumetric efficiency. The flow distribution system has low leakage, with the rotation speed of the distribution plate being six times the output speed, which enhances accuracy and stability at low speeds.