Fibre laser cutting a 6 mm steel plate on the slat table of a fabricating shop, the cutting head tracking along the kerf in warm daylight

Sheet metal Build-to-print Fabrication

  • Laser cutting
  • CNC forming
  • Welding and fabrication
  • CNC machining
  • Surface finishing
  • Assembly and kitting

Every part is made to your drawing. ±0.2 mm cut and formed, ±0.02 mm machined.

Send a drawing

(PROCESSES)

Six processes, one shop

Fibre laser cutting head tracking along a 6 mm mild steel plate, dross still hanging under the kerf on the slat tableCNC press brake punch pressing a three metre channel section, with a steel set square held against the bendRobotic MIG torch laying a fillet weld into the corner of a steel machine frame, spatter scattered on the fixtureCNC milling cutter skimming the machined mating face of a welded frame, coolant and fine tool marks on fresh steelHot-dip galvanised steel component lifted out of the zinc bath, molten zinc still running off a matte silver surfaceAssembly bench with a kit of formed and welded steel parts laid out in packing sequence, fasteners bagged beside them

One roof, no handoffs

Cutting, forming, welding, machining, finishing and assembly run in the same two shops — one route card, one inspection record.

  1. Laser cutting0.5–25 mm mild steel · 6,000 × 2,000 mm bed
  2. CNC forming160 t / 320 t press brakes · ±0.5° bend angle
  3. Welding and fabricationWPS and WPQR to ISO 15614-1 · welders to ISO 9606-1
  4. CNC machining±0.02 mm · milling 2,000 × 800 mm
  5. Surface finishingHot-dip galvanised to EN ISO 1461 · powder coated to EN 13438
  6. Assembly and kittingSub-assemblies · bolt-together frames · export crating
See all six processes

(DRAWING INTAKE)

After you send the drawing

A drawing in, a priced route out — with the DFM notes you need before you commit to a batch.

One-to-one drawing spread on a layout table with the first-off laser cut part and a vernier caliper holding a corner down
48drawing review on working days
The same layout table with three bent parts from one batch, bend lines and a set square visible
The same layout table with a small welded frame, its fillet welds and the first-off part beside a caliper
  1. 01 · Send the file

    DXF, DWG, STEP or a dimensioned PDF, with material, quantity and finish. A paragraph of what the part does helps more than a page of notes.

  2. 02 · Quote

    Material, tolerance, finishing and packing land line by line on the quotation, with the DFM notes that would make the part cheaper.

  3. 03 · First article

    First article in 10–15 working days with its dimensional report and material certificates. Batch runs start once you have signed it off.

What to send with the drawing

(WHERE THEY GO)

Where these parts end up

Browse the part families

(RELEASE)

How a batch gets released

  1. Handheld spectrometer probe pressed against the corner of a 316L stainless plate beside an open mill certificate
    Incoming

    Mill certificates filed by heat number to EN 10204 3.1; every stainless batch gets positive material identification.

  2. Coordinate measuring machine ruby stylus touching the machined mating face of a welded frame held in a fixture
    First article

    The first part of every batch is inspected: hole position and bend angle measured against the drawing.

  3. Steel set square and feeler gauge held against both sides of a freshly bent ninety degree component
    Welding

    WPS and WPQR to ISO 15614-1, welders qualified to ISO 9606-1; visual and dye-penetrant testing on request.

  4. Coating thickness gauge probe resting on the matte silver surface of a hot-dip galvanised component
    Final release

    Dimensional report, material certificates and coating thickness readings travel with the batch.

  • ISO 9001:2015
  • EN ISO 3834-2
  • EN 1090-2 EXC2
  • ISO 9606-1
  • EN ISO 1461
  • EN 10204 3.1
Read the release records

(THE PLANT)

The two shops in Jimo

Two shops, 21,600 m², 640 tonnes of steel a month.

Exterior of the two bay workshop on a warm overcast day with a forklift at the roller doorRow of CNC press brakes inside the shop with steel plate stored upright against the wallExport crates and pallets stacked at the loading door with steel parts showing at the crate mouthEngineering desk with a large drawing spread out beside two monitors and a sample part
  • 2011founded
  • 180people, 14 engineers
  • 640 tof steel a month
  • 68%exported
Walk the two shops

(FAQ)

What we get asked first

What tolerance do you work to?

±0.2 mm on laser-cut and formed features, ±0.02 mm on machined ones. Where the drawing states a tolerance, the drawing wins.

What drawing formats do you take?

DXF, DWG, STEP or a dimensioned PDF — with material, quantity and the finish you want.

What comes with the material certificates?

EN 10204 3.1 certificates filed by heat number, and positive material identification on every stainless batch.

Which finishing standards apply?

Hot-dip galvanising to EN ISO 1461 and powder coating to EN 13438, with coating thickness measured on every batch.

How long is the first article?

First article in 10–15 working days; repeat batches in 25–35 days from drawing release.

(START HERE)

Start with one part

Priced in 48 hours

Send a drawing, or just the part number and a photo. We quote the route, the finish and the packing in one reply.

Start a conversation

(RFQ)

Send the drawing, get a price

We use these details only to answer this enquiry. See our privacy policy — no lists, no sharing.

Half open export crate packed with bent and welded parts from one batch, packing list inside and corner protectors leaning against it