Mobile hydraulic machinery in bright daylight
Mobile Hydraulic Engineering

Custom Hydraulic Machinery & Systems Engineering

Transforming complex technical requirements into high-performance, turnkey industrial machinery. Backed by over 25 years of engineering experience tailored exactly to your operations.

Engineering

Engineering capabilities

From machine concept to component selection and hydraulic documentation — one independent desk.

Tailored machine design

Complete conceptualization and engineering of bespoke industrial machinery and heavy-duty systems, integrated with high-pressure fluid power infrastructure.

Component optimization

Precise selection, flow calculation and placement of hydraulic elements for efficiency, reliability and a long life under high load.

Mobile hydraulics

Systems for working machines, drives and attachments: multi-axis synchronization, proportional control, supply and overload protection.

CAD documentation

Standard-compliant hydraulic schematics, bills of materials and build documentation.

Components

Hydraulic components sourcing

Cylinders, valves, manifolds — sized for your forces, strokes and duty cycle.

Custom hydraulic cylinders

Send a sketch and your assumptions — you receive a production-ready hydraulic cylinder design.

Tools

Hydraulic calculators

Cylinder force, then power-unit power from flow and pressure — the two numbers a brief usually starts with.

Tool 01

Hydraulic cylinder force

A quick estimate of push and pull force. It does not replace a full design — it shows the order of magnitude.

20 mm400 mm
10 mm76 mm
10 bar700 bar
Push force
80.4 kN
Effective area 50.3 cm²
Pull force
55.0 kN
Effective area 34.4 cm²

F = p · A. 1 bar = 0.1 N/mm². Pull force subtracts rod area. Estimate only — final selection must check buckling, seals and design margin.

Tool 02

Power unit power

Hydraulic power of an aggregate from oil flow and pressure. Use it to size the pump drive.

5 l/min400 l/min
10 bar420 bar
70 %98 %
Hydraulic power
28.0 kW
37.5 hp · P = Q × p / 600
Shaft power
31.1 kW
At 90% pump efficiency
Suggested motor
37 kW
Next IEC size with ~5% margin
Flow × pressure
80 × 210
l/min · bar

P [kW] = Q [l/min] × p [bar] / 600. Shaft power divides by pump efficiency. Estimate only — a real power pack also needs heat balance, duty cycle and starting torque.

Contact

Ready to build your custom solution?

Describe the machine, the forces and the duty. You get a scoped reply — not a template quote.

postmaster@drivehex.tech

Blog

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Notes on hydraulic design, components and project practice.

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