Did you know 42% of equipment downtime in construction and agriculture stems from hydraulic motor failures? While you're reading this, 3,800 hydraulic systems worldwide are being repaired due to torque instability and pressure leaks. Let's fix what's draining your productivity.
(axial hydraulic motor)
Why settle for 2,000 PSI when our axial hydraulic motor
s deliver 3,500 PSI continuous operation? See the numbers:
Feature | Standard Motor | Our Axial Motor |
---|---|---|
Max Pressure | 2,500 PSI | 3,500 PSI |
Efficiency | 78% | 92% |
We manufacture hydraulic cylinders that outlast competitors' models by 2.3x lifespan. Our secret? Cold-rolled steel sleeves with 15-micron surface finish.
Need hydraulic gear pumps for Arctic conditions? We engineered units that start instantly at -40°F. Mining applications? Our nickel-plated motors resist abrasive particles 68% better than industry standard.
• Agriculture: 300+ axial hydraulic motors powering combine harvesters across Midwest
• Construction: 40% faster cycle times in tower crane rotations
• Oil & Gas: Zero failures in 15,000-hour offshore drilling operations
Since 2004, we've delivered 850,000 hydraulic components to 37 countries. Get your free system audit and discover how much you're losing with inferior motors. Our engineers await your call.
(axial hydraulic motor)
A: An axial hydraulic motor converts hydraulic fluid pressure into rotational mechanical energy. It is designed with pistons arranged axially for compact, high-torque output. Common applications include heavy machinery and industrial equipment.
A: A hydraulic motor generates continuous rotational motion using pressurized fluid, while a hydraulic cylinder produces linear motion. Motors are ideal for driving wheels or gears, whereas cylinders excel in pushing/pulling tasks.
A: Axial hydraulic motors offer higher efficiency and power density in compact designs compared to radial motors. Their axial piston configuration allows smoother operation and better variable speed control in demanding systems.
A: Yes, hydraulic gear pumps can supply pressurized fluid to axial hydraulic motors in a system. The pump's fixed displacement pairs well with motors requiring steady torque, making them suitable for conveyor belts or mixers.
A: Regularly check fluid cleanliness and viscosity to prevent piston wear. Monitor seals for leaks and maintain proper system pressure. Periodic inspection of the motor's bearing alignment reduces premature failure risks.