Stainless Steel Processing & Custom Delivery

Turn coil into ordered sheet or plate lengths with the flatness, edge and surface controls needed for the next operation.

Cut-to-length from 0.2 to 25 mm thickness and up to 2,500 mm width; length tolerance from ±0.15 mm can be reviewed for suitable precision work.

Send the material grade and standard, coil thickness and width, sheet length, diagonal, flatness, camber, surface protection and burr tolerances.

Agree the measurement method and acceptance limits for length, diagonal, flatness, camber, surface protection and shear burr before processing.

Prepare narrower coils or strips to the width, coil build and edge condition required for stamping, forming or resale.

Coil slitting from 0.2 to 16 mm thickness and up to 2,000 mm mother-coil width; slit-width tolerance from ±0.10 mm can be reviewed for suitable precision orders.

Send the material and input-coil data, strip width and tolerance, burr and camber limits, coil weight, ID/OD and surface requirements.

Inspection can record strip width, thickness, burr, camber, coil weight and ID/OD against the agreed sampling and acceptance plan.

Produce drawing-based profiles and features where cut detail, repeatability and a controlled heat-affected edge matter.

Stainless steel laser cutting up to 120 mm and large-format cutting through the processing network; dimensional tolerance from ±0.10 mm can be evaluated on suitable thin- and medium-gauge parts.

Send the controlled drawing, material and thickness with feature geometry, dimensional tolerances, edge quality and any machining allowance.

Set dimensional, edge-quality and heat-effect acceptance on the drawing. Suitable parts can use a trial cut or first-article report before the production quantity.

Cut thick, large or heat-sensitive profiles without a thermal cutting zone, while controlling taper and cut-face quality.

Waterjet cutting up to 200 mm, tables up to 6,000 × 3,000 mm and cutting tolerance from ±0.10 mm can be reviewed for the stated material, thickness and edge quality.

Send the controlled drawing, material, thickness, overall size, feature tolerances, pierce limits and cut-face requirement.

Maximum table and maximum thickness can be different machine configurations. Agree how dimensions, taper, piercing and cut-face quality will be checked on the selected route.

Prepare production-ready plate blanks and profiles where the drawing defines thermal-cut quality and finishing allowance.

Production plasma cutting for stainless steel up to 64 mm piercing thickness; severance cuts up to 130 mm by review. Typical dimensional tolerance from ±1.0 mm.

Send the material, thickness and drawing with the ISO 9013 quality class, angularity, dross, hole tolerances and finishing allowance.

Use the drawing to set the ISO 9013 quality class, angularity, dross, hole and dimensional checks, including any machining allowance after cutting.

Form long or multi-bend parts to the required angles, radii and interface dimensions.

CNC bending up to 12,000 mm through the processing network, with angle tolerance from ±0.5° where the material, geometry and tooling allow.

Send the drawing, material, grain direction, thickness, bend length, inside radius, angle tolerances, tooling limits and part quantity.

Agree the datum, angle, radius, leg and interface checks. Long or multi-step parts can include a first-article review before the remaining quantity.

Create shells, cylinders and curved plate sections around the target diameter, arc and joining plan.

Plate rolling up to 12,000 mm width, including heavy-plate routes reviewed from the material and drawing; diameter and roundness are set for the selected route.

Send the drawing, material, thickness, width, target inside diameter and tolerance, arc length, pre-bend and weld requirements.

Agree how inside diameter, roundness, straight length, edges and fit-up will be measured, including the inspection stage before or after welding.

Coordinate material preparation and joining as one fabrication scope with documented dimensional and weld acceptance.

TIG, MIG, MAG, PAW and narrow-gap welding routes for stainless fabrications from 0.4 to 150 mm can be reviewed, with dimensional tolerances set by the drawing or ISO 13920.

Share the material and drawing, joint map, WPS/PQR requirements, filler, heat input, distortion tolerances, cleaning and NDT scope.

Set the required WPS/PQR, visual and dimensional checks, NDT, cleaning or passivation records and release points; state any pressure-related compliance separately.

Finish critical features, datums and interfaces to the drawing and agreed measurement method.

Precision CNC machining with feature tolerances from ±0.005 mm can be reviewed for suitable parts; standard custom stainless work is normally quoted at ±0.02–0.05 mm.

Send the controlled drawing, starting material, datum system, tolerance chain, tool access, finish, inspection stage and measurement method.

Agree the datum, dimension chain, in-process checks, final measurement method, instrument and report format for the features that control acceptance.

Deliver the visual, directional or roughness-based finish needed for the component, downstream process or presentation.

2B, BA/2R, No.4, HL, mirror/2P, pickling and passivation are available; roughness down to Ra <0.10 μm can be evaluated for suitable precision work.

Specify the material and source finish, target finish, roughness tolerance, grain direction, gloss or colour, sample standard and protective film.

Agree the reference sample and inspection method for roughness, grain direction, gloss, colour, measurement locations, cleanliness and protective film.

Protect material and fabricated parts through handling, sea freight, storage and destination unloading.

Export seaworthy packing and custom crating are available, with packing drawings, marks and moisture protection planned for the shipment.

Share the material or part list, packing drawing where needed, destination, package limits, lifting and fork requirements, marks, moisture protection and loading plan.

Review the completed packages for marks, item count, protection, package weight, lifting points, fork openings and container loading against the agreed packing plan.