Hydraulic system design
Translate load, speed, stroke, duty cycle and control requirements into a suitable hydraulic concept. Consider pump selection, actuator sizing, pressure control, filtration, cooling and service access together.
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Hydraulic engineering,
from concept to operation.
Explore our approach to system design, implementation, component selection and ongoing equipment support.
02 / SYSTEMS & SERVICES
From an operating need
to a working system.
Build new capability, improve an existing installation, or keep essential equipment operating.
Implementation & integration
Bring hydraulic power units, actuators, valves, pipework and controls together around the machinery. Plan installation interfaces, access, operating sequences and commissioning requirements.
Power units & control circuits
Develop power-pack configurations and directional, pressure and flow-control arrangements for standalone equipment or multi-function machines.
Component supply
Source pumps, motors, cylinders, valves, hoses, fittings and supporting accessories. Identify replacements using nameplates, dimensions, operating conditions and connection details.
Maintenance & troubleshooting
Discuss leakage, slow movement, overheating, unusual noise and unstable pressure. A structured assessment helps distinguish component wear from contamination, control or installation issues.
Upgrades & project support
Review replacement options and modifications as production needs change. Consider maintainability, fluid condition and component compatibility alongside performance.
01 Define the duty02 Develop the concept03 Select & integrate04 Commission & support