Did you know hydraulic system failures cost manufacturers $200,000+ annually in downtime? When your hydraulic gear pump strains under pressure or your hydraulic motor loses torque, every second costs money. That's where the game-changing double acting hollow hydraulic cylinder
rewrites the rules.
(double acting hollow hydraulic cylinder)
Our hollow cylinder design delivers 28% faster cycle times compared to standard models. How? The hollow piston rod reduces oil displacement while maintaining 3,000 PSI working pressure. See the difference:
Feature | Standard Cylinder | Hollow Design |
---|---|---|
Force Efficiency | 82% | 94% |
Space Needed | 48" | 32" |
Pair our cylinders with high-torque hydraulic motors (up to 450 RPM) and gear pumps with 98% volumetric efficiency. Result? 15% lower energy costs than industry average. Want proof? Our mining clients achieved 17,000+ operating hours without seal replacements.
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When a Tier-1 auto supplier needed to reduce press line footprint by 40%, our hollow cylinders delivered. Combined with precision hydraulic control valves, they achieved 22% faster production cycles. Your industry could be next.
Ready to boost your hydraulic efficiency?
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(double acting hollow hydraulic cylinder)
A: A double acting hollow hydraulic cylinder uses pressurized fluid to move a piston bidirectionally, with a hollow rod design reducing weight and enabling internal routing of hoses. Its key advantage is efficient force application in both extension and retraction strokes, ideal for compact machinery.
A: The hydraulic gear pump supplies continuous pressurized fluid to the cylinder, enabling bidirectional movement. Its consistent flow ensures smooth operation, while compatibility with hollow cylinders allows integrated fluid pathways for space-saving designs.
A: A hydraulic cylinder converts fluid pressure into linear motion, whereas a hydraulic motor generates rotational torque. The hollow cylinder's design uniquely supports internal media flow, unlike motors focused on rotary power transmission.
A: Yes, hydraulic motors can drive pumps to power cylinders in combined systems. This setup is common in heavy machinery where rotational (motor) and linear (cylinder) movements are required simultaneously.
A: Regularly inspect seals for leaks, monitor hydraulic fluid cleanliness to prevent internal wear, and check the hollow rod for debris. Proper maintenance ensures optimal performance and extends the cylinder’s lifespan.