Tailored machine design
Complete conceptualization and engineering of bespoke industrial machinery and heavy-duty systems, integrated with high-pressure fluid power infrastructure.
Transforming complex technical requirements into high-performance, turnkey industrial machinery. Backed by over 25 years of engineering experience tailored exactly to your operations.
Engineering
From machine concept to component selection and hydraulic documentation — one independent desk.
Complete conceptualization and engineering of bespoke industrial machinery and heavy-duty systems, integrated with high-pressure fluid power infrastructure.
Precise selection, flow calculation and placement of hydraulic elements for efficiency, reliability and a long life under high load.
Systems for working machines, drives and attachments: multi-axis synchronization, proportional control, supply and overload protection.
Standard-compliant hydraulic schematics, bills of materials and build documentation.
Components
Cylinders, valves, manifolds — sized for your forces, strokes and duty cycle.
Send a sketch and your assumptions — you receive a production-ready hydraulic cylinder design.
Tools
Cylinder force, then power-unit power from flow and pressure — the two numbers a brief usually starts with.
Tool 01
A quick estimate of push and pull force. It does not replace a full design — it shows the order of magnitude.
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
Hydraulic power of an aggregate from oil flow and pressure. Use it to size the pump drive.
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
Describe the machine, the forces and the duty. You get a scoped reply — not a template quote.
postmaster@drivehex.tech