Beyond standard parts, built around your special requirements
Our CNC customisation service breaks the limits of fixed specifications. From structure review and material selection to tolerance planning, a dedicated contact follows the work one-to-one for prototypes, non-standard equipment parts, and production orders.
Every drawing, a commitment
Every drawing is a commitment — process review, fixture design, scheduling, machining, and final inspection all stay in the engineering team's hands, with key milestones openly shared with you.
One-setup multi-axis
3-axis through 3+2 5-axis machining in one integrated layout — complex surfaces, multi-face setups, and deep cavities are all formed in a single operation, eliminating repeated setup drift.
Data-backed quality
Standard tolerance ±0.005–0.01 mm · mold finish Ra 0.8–1.6 μm · flatness 2–5 μm/300 mm — critical dimensions are signed off by CMM before shipment.
Core services
Anchored on custom metal CNC machining and paired with non-standard equipment parts plus eleven in-house finishing processes — complex parts move from drawing to volume under one team.
01
Custom metal CNC machining
Focused on custom metal CNC machining. Cosmetic parts, structural parts, precision housings, and heat-sink cavities all have proven process routes and finished-part validation behind them.
02
Multi-axis machining
Integrated 3-axis, 3+1 4-axis, and 3+2 5-axis capability so complex surfaces and multi-face geometries are finished in a single setup — eliminating the tolerance drift that stacks up across repeated clampings.
03
Non-standard customisation and rapid prototyping
From drawing review through process planning, our engineers surface critical milestones and risks up front. Most sample parts land within 3-7 days so your validation schedule never waits on the shop floor.
04
Integrated surface finishing
Eleven in-house finishing processes — anodising, hard anodising, electroless nickel, blackening, nitriding, hard chrome plating, and more — coordinated so you work with a single team from prototype to production.
Industries we serve
Different industries bring different parts, but the bar is always the same — made precisely, delivered reliably.
Automation equipment
Frames, guide rails, transmission parts — the last thing an automation line needs is a delivery hiccup. We pre-empt every break point between sample validation and volume so your assembly schedule stays on rails.
Prototype-to-batch rhythm
Industrial equipment
Valve bodies, mounting bases, sleeves, and transmission parts need reliable assembly and repeatable batches. We plan structure, material, and finishing together to reduce downstream rework.
Prototype-to-batch rhythm
Medical devices
In medical devices there is no room for data gaps — we treat tolerance stability and inspection traceability with equal weight, shipping every sleeve and structural part with an auditable QC trail.
Prototype-to-batch rhythm
Aerospace
Aerospace-grade 7075-T6 structures are hard precisely because lightweight design, tight precision, and surface consistency must hold at the same time — exactly where our years of 5-axis experience pay off.
Prototype-to-batch rhythm
5G base station parts
5G infrastructure pushes precision cavities, lead screws, and guide parts far beyond standard expectations — we protect mounting accuracy, thermal stability, and structural rigidity from the design review stage onward.
Prototype-to-batch rhythm
Automotive mold & die
For automotive molds and gearbox companion parts, hole layout, secondary machining, and final finishing are planned together from the start — so the back end never slips into rework.
Prototype-to-batch rhythm
Equipment strength
Vertical CNC machining, the Taimad CNC-52B turning-milling cell, and the 45-degree slant-bed CNC lathe are presented through structure, precision, and suitable part families.
- Capability tag
- On the shop floor
- Capability tag
- Data-backed quality
Featured cases
These are not generic capability claims but real project slices — backed by real parts, real processes, and real deliveries.
Mold & Die
7075 gearbox lower cover · single-setup 5-axis
Complex cavities, cooling fins, bearing seats, and black anodising stacked on one part. We hold the hole layout, wall thickness, and surface condition together in a single 5-axis setup so the customer's assembly line starts on schedule.
Similar projects welcome
Automation
Long guide shaft · automation equipment part
Long automation shafts demand stable straightness, local bore accuracy, and smooth sliding fit. Slotting, side bores, and end geometry are planned together so assembly avoids rework.
Similar projects welcome
Industrial Equipment
Industrial hollow cylinder · valve body / sleeve part
Cutout windows, end threads, and sleeve geometry converge on one industrial equipment part. A 4-axis / 5-axis route controls wall thickness, symmetry, and mounting faces together for stable delivery of valve bodies, sleeves, and transmission support parts.
Similar projects welcome
Medical
One-way locking tooth mechanism · pawl set
316L / 17-4PH medical-grade stainless pawls demand tight tooth pitch, coaxiality, and clean edges. 5-axis milling plus precision wire cutting keeps small-batch assemblies consistent.
Similar projects welcome
Aerospace
Aerospace structural cover · lightweight housing
Lightweight housings must control thin-wall distortion while keeping bores, steps, and visible surfaces consistent. This client-specified visual now represents aerospace structural capability.
Similar projects welcome
5G Stations
Flanged precision lead screw · three stages, one part
Screw body, flange base, and precision thread all machined as one piece. Accurate pitch, full rigidity, and consistent post-processing — a project we are happy to back up with shipped data.
Similar projects welcome
Start here
Your next project can start with one drawing, one call
Prototyping, volume production, or process review — bring a drawing or a brief, and a named engineer will take it from there.