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High-Speed Performance
Optimized gear geometry and low-inertia components enable peak speeds of 3000 RPM, ensuring rapid acceleration and precise control in dynamic applications such as robotics and high-cycle machinery.
Lightweight & Compact Design
Crafted from high-strength aluminum alloy, the CMF motor achieves a 30% weight reduction compared to traditional steel counterparts, while its compact structure simplifies integration into tight spaces.
High Pressure Resistance
Reinforced internal components and precision-machined surfaces support theoretical working pressures up to 25 MPa, ensuring stable operation in demanding high-pressure environments.
Energy Efficiency
Advanced sealing technology and minimized internal leakage enhance volumetric efficiency, reducing energy waste and lowering operational costs.
Durability in Harsh Conditions
Corrosion-resistant coatings and heat-treated gears provide extended service life, even in environments with dust, moisture, or temperature fluctuations.
Applications:
Factory automation systems (robotic arms, CNC equipment)
Mobile hydraulic platforms (AGVs, compact construction machinery)
Packaging and printing machinery
Renewable energy systems (wind turbine pitch control)
Why Choose CMF?
The CMF Series redefines power density and efficiency in hydraulic systems. Its blend of high-speed capability, lightweight construction, and high-pressure resilience makes it the go-to choice for applications prioritizing agility, space savings, and uncompromising performance.
This version emphasizes speed, lightweight advantages, and pressure capacity while aligning with industry terminology. Adjustments can be made to highlight specific certifications, custom configurations, or additional metrics if needed!
The CMF Series Gear Hydraulic Motor is a compact, high-speed solution designed for applications demanding lightweight construction, rapid response, and robust performance. Engineered with aerospace-grade aluminum alloy, this motor delivers high rotational speeds up to 3000 RPM while maintaining a compact footprint and ultra-lightweight design. Its ability to withstand theoretical pressures up to 25 MPa ensures reliable operation in high-pressure hydraulic systems, making it ideal for automation, mobile machinery, and space-constrained installations.