ISO 9001 certified 5-axis CNC machining: simultaneous 5-axis and 3+2 indexed milling of impellers, blisks, turbine components, aerospace structures, medical parts and robotics joints in aluminium, titanium, Inconel and stainless steel. Continuous 5-sided machining cuts setups, improves accuracy and delivers smooth free-form surfaces. DDP shipping to the USA, Germany, France, Italy and across Europe — quote in 24 hours.
Impellers, blisks, blades and robotics joints carry swept surfaces and undercut features that require the cutter to meet the part from many angles. Our simultaneous 5-axis centres keep the tool normal to the surface while moving all five axes, while 3+2 indexed machining handles multi-sided prismatic parts in a single clamping — from one prototype to serial production.
All five axes move together to cut continuous free-form surfaces on impellers, blisks, blades and turbine parts, holding a consistent cutter angle and smooth finish across complex curved geometry.
For multi-sided prismatic parts, the two rotary axes position the part at a fixed angle and the three linear axes machine. This reaches several faces in one setup without the cost of full simultaneous motion.
Machining five sides in one clamping removes the tolerance stack-up and alignment errors caused by repeated re-fixturing, shortening lead time and improving positional accuracy on complex parts.
We 5-axis machine aluminium 6061/7075, titanium Ti-6Al-4V, Inconel and stainless steel, using rigid setups, high-pressure coolant and wear-resistant tooling for heat-resistant alloys.
Robot-arm structural components, wrist housings, joints and end-of-arm tooling with tight bearing bores and precise mating faces, machined complete and ready for assembly.
Complex parts are verified on a coordinate measuring machine and with calibrated gauges, with first-article and final inspection reports and measured values supplied on request.
We machine the full range of aerospace and industrial alloys, with certified, traceable stock and grade-specific tooling strategies.
The most common 5-axis alloys for impellers, robot arms and housings — high machinability, excellent strength-to-weight and fast cycle times, with anodising available.
Grade 5 titanium for aerospace, medical and motorsport parts, combining high strength, low weight and corrosion resistance; machined with rigid, high-torque strategies.
Heat-resistant superalloys for turbine and hot-section components that demand slow, controlled cuts, high-pressure coolant and wear-resistant tooling.
Corrosion-resistant and precipitation-hardened stainless for medical, food, marine and structural parts with complex geometry.
Carbon, alloy and hardened tool steels for moulds, dies, gears and high-load mechanical components requiring tight accuracy.
Free-machining brass and copper for connectors, electrodes and conductive components with fine 5-axis detail and high surface quality.
PEEK, PEI (Ultem), PPS and PAI for lightweight, insulating or high-temperature parts in medical, semiconductor and electronics equipment.
Duplex stainless, magnesium, cobalt-chrome and other alloys quoted on request — tell us the grade and we confirm feasibility in our DFM review.
Every component is made-to-print / OEM. A selection of representative 5-axis parts from our simultaneous and indexed machining capabilities.
Need a different alloy, surface finish or higher volume? Send STEP, STP, IGS, DWG or PDF for a quotation within 24 hours.
We coordinate the finish your application requires, in-house or through qualified partners, to a defined standard or Ra value.
Clear, coloured or hard-anodised aluminium surfaces for corrosion and wear resistance, including black, red and blue cosmetic finishes with masking of precision bores.
Citric/nitric passivation and electropolishing for stainless and titanium medical, food and corrosion-critical parts, restoring the passive layer after machining.
Uniform satin, bead-blasted or brushed surfaces that remove tool marks and deliver a consistent, low-glare cosmetic finish on housings and visible parts.
Mechanical polishing to low Ra values for mould surfaces, impellers and cosmetic components, with controlled direction and measured roughness.
PVD, DLC, powder coating, Teflon/PTFE impregnation and nickel/Teflon plating for wear release, anti-galling and low-friction applications.
Standard machined finish with defined Ra (typical Ra 0.8–1.6), with tighter surface requirements met through finish passes and verified by measurement.
| Parameter | Capability |
|---|---|
| Processes | Simultaneous 5-axis, 3+2 indexed machining, 5-sided milling, 3/4-axis milling, drilling, tapping, thread milling, turn-mill support |
| Materials | Aluminium 6061/7075, titanium Ti-6Al-4V, Inconel, stainless 304/316/17-4, steel/tool steel, brass, copper, PEEK/PEI/PPS — certified stock |
| Tolerance | ISO 2768-mK standard; ±0.01 mm on critical features; high positional accuracy across multi-sided geometry |
| Part size | Small impellers and medical parts up to large robotics and aerospace structures on trunnion-style 5-axis centres |
| Surface finish | Ra 0.8 typical; anodised, passivated, polished, bead-blasted, brushed or coated to defined Ra / standard |
| Documentation | Mill test certificate EN 10204 3.1, first-article inspection, CMM dimensional report, full material traceability |
| Quantity | 1-off prototype · small batch · high-volume serial production; no fixed MOQ |
| Lead time | Prototype 7–12 working days (complex geometry); production depends on quantity, alloy and finish |
| Shipping | DHL/FedEx/UPS, air or sea freight; EXW, FOB or DDP to the USA, Germany, France, Italy, Spain, Australia and worldwide |
Complex, multi-sided and free-form components for industries that cannot be made efficiently on 3-axis machines.
Impellers, blisks, turbine and structural components in titanium, aluminium and Inconel with full traceability and documentation.
Implant and surgical-instrument components with complex organic geometry, passivated and polished surfaces and material certification.
Robot-arm structures, wrist housings, joints and end-of-arm tooling with accurate bearing bores and assembly-ready faces.
High-performance impellers, brackets and suspension components in aluminium and titanium, optimised for light weight.
Pump and turbine impellers, blades and hot-section parts that demand continuous 5-axis cutter paths and heat-resistant alloys.
Contoured injection and die-casting moulds, electrodes and tooling with deep cavities and fine 3D surfaces finished in fewer setups.
Practical answers from our engineering team. Still unsure? Send your drawing and ask.
3-axis, 4-axis and multi-axis milling of housings, brackets, plates and precision components.
High-precision shafts, sleeves, bushings and rotational parts in steel, aluminium and brass.
6061/7075/6063 aluminium parts with anodising, sandblasting and brushing.
304/316 precision turned and milled stainless parts, passivated or polished.
Large-format base, fixture, cooling and structural plates on gantry centres.
Custom engineering-plastic and PEEK injection-moulded parts and precision moulds.
Repeatable quality, honest DFM feedback and on-time delivery for custom precision parts.
The DFM feedback caught a tolerance problem before we cut any tooling. First samples were within spec and the lead time was exactly as quoted.
Repeatable anodised aluminium housings from batch to batch, with EN 10204 3.1 certificates included. We now release them straight to the line.
Complex 5-axis parts were quoted in under a day and shipped DDP to our door. Communication was clear at every step.
Send your 3D model and requirements — our engineering team will reply within 24 hours (Mon–Sat).
