This solid block is meticulously cross-drilled and tapped to route hydraulic oil between pumps, valves, and actuators. By replacing complex arrays of hoses and fittings, it simplifies system design, reduces pressure drop, and drastically improves maintenance access.

This plate provides a clean, standardized mounting surface with internal galleries that route fluid from the bottom or side ports directly into the valve. Precision-machined O-ring grooves guarantee a leak-proof seal even under extreme pressure fluctuations and shock loads.

Machined from lightweight aluminum, this micro-block is ideal for tight spaces inside control cabinets or directly on robotic arms. The intersecting internal cross-bores ensure equal pressure distribution to all connected pneumatic cylinders, valves, or grippers.

This complex manifold reduces system weight and assembly time by replacing external plumbing. It is CNC drilled with intricate, intersecting passages that handle high flow rates without excessive heat generation. It features standardized cavities for screw-in cartridge valves (SICV).

The stepped geometry allows for tighter clustering of pneumatic solenoid valves, making wiring and tubing cleaner and more organized. Each step is precision-milled to ensure O-rings sit perfectly flat, eliminating air leaks and maintaining constant system pressure.

Standard rectangular blocks take up excess space on cylindrical machinery. This curved block mounts flush against round surfaces, maintaining a low profile while providing multiple radial ports for hoses and fittings. It is highly complex to machine but offers unparalleled space-saving benefits.

Perfect for mobile equipment and robotics, this block provides reliable fluid branching without adding bulk. The precision-tapped threads ensure leak-free connections with standard push-to-connect air fittings or small hydraulic adapters.