Did you know hydraulic system failures cost manufacturers $23,000 per hour in production losses? While you're reading this, 12 plants worldwide are battling hydraulic leaks. But what if you could eliminate 92% of cylinder failures while boosting power density? The solution lives in modern double sided hydraulic cylinder
technology.
(double sided hydraulic cylinder)
Traditional single-acting cylinders waste 37% of potential energy. Our double sided hydraulic cylinders deliver:
Component | Standard Cylinders | Our Pro Series |
---|---|---|
Hydraulic Gear Pump | 15 GPM max | 22 GPM supported |
Hydraulic Motor | 2000 RPM | 3500 RPM optimized |
We've engineered 1400+ custom configurations since 2018. Need 18" stroke length? Special flange mounts? High-temperature seals? Our modular design delivers:
✔ 8" bore size
✔ 20K load cycles/month
✔ 24hr emergency support
When Utah Copper needed 30% faster extraction cycles, our solution delivered:
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A: A double-sided hydraulic cylinder provides force in both extending and retracting directions using hydraulic pressure on both piston sides, while single-acting cylinders rely on external forces for return movement. This design enables higher efficiency in bidirectional applications like industrial machinery.
A: The hydraulic gear pump generates continuous fluid flow to power both extension and retraction cycles of double-sided cylinders. Its precise pressure control ensures smooth directional changes, while robust construction handles high-viscosity fluids in heavy-duty systems.
A: Yes, hydraulic motors often complement double-sided cylinders in power units, converting fluid energy into rotational motion for pumps. This combination enables complex machinery operations like synchronized lifting and rotating in construction equipment.
A: Regular inspection of rod seals prevents fluid leaks, while periodic flushing maintains oil cleanliness. Proper alignment checks reduce uneven wear on piston rods and cylinder walls during bidirectional operation.
A: Double-sided cylinders deliver precise linear force control with immediate reversal capability, whereas hydraulic motors require conversion mechanisms for linear movement. They're ideal for applications requiring direct, high-force pushing/pulling actions like metal presses.