Hydraulic Manifolds
Learn how high-pressure fluid circuits can be organized within compact machined manifold assemblies.
Explore Hydraulic Manifolds →Hydraulic / Pneumatic / Valve Manifolds
Engineered Flow.
Built for Industry.
Technical knowledge for hydraulic manifolds, pneumatic manifolds, valve systems, custom-machined manifolds, and the components that keep industrial fluid systems moving.
Fluid Control
Precision Manufacturing
Industrial Applications
Industrial Fluid Control Knowledge
Understanding the Systems Behind Controlled Flow
Industrial fluid systems depend on accurately directing liquids and gases between pumps, valves, actuators, cylinders, sensors, filters, and process equipment. Manifolds bring these connections together within compact, organized assemblies.
Instead of routing every connection through separate lengths of tubing or piping, a manifold can incorporate multiple internal passages within a single machined block. This can simplify system architecture, organize valve placement, reduce connection points, and centralize the control of pressure and flow.
ManifoldJS explores how these systems work, how they are manufactured, what components surround them, and how they are applied throughout industrial equipment.
Core Technologies
Explore Industrial Manifold Systems
Start with the major manifold categories and move deeper into component selection, engineering, manufacturing, and applications.
Pneumatic Manifolds
Explore compressed-air distribution, valve integration, automation, and pneumatic system layouts.
Explore Pneumatic Manifolds →Valve Manifolds
Learn how multiple valves can be combined into organized assemblies for control, isolation, and fluid management.
Explore Valve Manifolds →Custom Manifolds
Examine machining, materials, port configurations, inspection, cleaning, and production.
Explore Custom Manifolds →
Inside the Manifold
Multiple Fluid Paths.
One Machined Assembly.
Manifold blocks contain internally machined passages that route fluid between exterior ports, valves, actuators, sensors, pumps, filters, and other system components.
Channel geometry affects flow capacity, pressure drop, valve placement, port spacing, serviceability, and overall manifold size.
Engineers also consider intersecting passages, sealing surfaces, threaded connections, material limits, and the physical requirements of drilling and machining those channels.
Explore Manifold Design →Connected Systems
More Than a Manifold Block
Industrial manifolds work as part of larger systems combining valves, pumps, actuators, instrumentation, seals, fittings, and fluid connections.
Valves
Directional, pressure-control, check, solenoid, ball, butterfly, and other valve types.
Pumps & Actuators
Equipment that creates fluid movement and converts fluid power into mechanical motion.
Filtration & Measurement
Filters, pressure devices, flow meters, switches, and sensors used to monitor systems.
Seals & Connections
O-rings, gaskets, fittings, hoses, tubing, adapters, and threaded connections.
Design & Manufacturing
From Circuit Requirements to Machined Metal
Designing a manifold connects fluid-system engineering with precision manufacturing. The final block may contain intersecting passages, threaded ports, cartridge cavities, valve interfaces, mounting holes, sealing surfaces, and service connections.
Material selection affects strength, weight, machinability, corrosion resistance, pressure capability, and compatibility with the fluid being controlled.
Industrial Applications
Fluid Control Across Modern Equipment
Manifold designs change according to pressure, flow, operating medium, installation space, automation requirements, and the equipment being controlled.
01
Mobile Equipment
Compact hydraulic control for machinery where organized routing, durability, and limited space are important.
→ 02Factory Automation
Pneumatic and valve manifold systems used with automated motion, tooling, and production equipment.
→ 03Process Equipment
Organized fluid routing for valves, instrumentation, measurement, and industrial process connections.
→Knowledge Center
Build a Better Understanding of Fluid Control
Explore terminology, system configurations, engineering considerations, component selection, troubleshooting, machining, and other topics surrounding manifold technology.
ManifoldJS
Engineering Knowledge Built Around Flow.
From a single machined block to a complete fluid-control circuit, manifold systems combine engineering, materials, machining, valves, sealing, pressure, and flow.
ManifoldJS organizes these subjects into a focused industrial resource for understanding how manifold systems are designed, manufactured, connected, and applied.
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