Laser cutting
Precise contours, holes and cut-outs in sheet and plate, with edge quality and downstream forming considered.
METAL FABRICATION & FINISHING
Cut, form, join and finish metal through one engineering flow.
From a drawing, CAD model or functional requirement, define a controlled route for individual parts, welded assemblies and production batches.
01CutGeometry and edge route
02FormBends, fits and joints
03FinishSurface and protection
CAPABILITIES
Build the process around the part.
Select one operation or combine cutting, forming, joining, cleaning and coating into a reviewed manufacturing route.
Metal bending
Controlled bends and formed profiles with bend direction, radius, tooling access and tolerance reviewed.
Plasma cutting
Productive cutting for thicker conductive metals where route, heat input and finishing allowance matter.
Waterjet cutting
Cold cutting for metals and mixed materials when heat-affected zones must be avoided.
Powder coating
Surface preparation, masking, colour direction and coating requirements coordinated for the application.
Welding
Welded parts and assemblies with joint access, sequence, distortion risk and inspection scope reviewed.
Fitting & bench work
Deburring, drilling, tapping, fitting, alignment and manual finishing for production-ready assemblies.
Abrasive blasting
Sandblasting and shot blasting combined in one preparation route for cleaning, profiling and coating readiness.
Laser cleaning & treatment
Targeted removal of rust, paint and contamination with process parameters matched to the substrate.
PROCESS SELECTION
Choose by geometry, material and finish — not by machine name alone.
The final route is confirmed against drawings, tolerances, material, quantity, application and the inspection plan.
01
Precision sheet routeLaser cutting, bending, inserts and controlled surface finishing.↗
02
Heavy plate routePlasma or waterjet cutting, edge preparation, welding and cleaning.↗
03
Welded assembly routeCut parts, forming, fixtures, welding sequence and dimensional verification.↗
04
Surface preparation routeSand or shot blasting, laser cleaning and coating preparation.↗
ENGINEERING WORKFLOW
From technical input to a controlled release.
A clear revision, process route and inspection scope reduce ambiguity before production begins.
Submit technical input
Share drawings, CAD, quantities, materials, destination and the part's function.
Review the route
Confirm operations, interfaces, tolerances, finish and open manufacturability questions.
Quote and release
Agree the revision, commercial scope, schedule and inspection requirements before release.
Manufacture and verify
Execute the approved route, record required checks and prepare the project handover.
PRODUCTION READINESS
Quality begins with an unambiguous specification.
The manufacturing package should keep the part, process, inspection and handover requirements connected to the same approved revision.
Send your project for review- 01Drawing and revision controlThe released geometry and notes remain the project reference.
- 02Inspection scopeCritical dimensions and records are agreed before production.
- 03Finish definitionPreparation, masking, colour and acceptance criteria are explicit.
- 04Packaging and handoverProtection, destination and required documents are coordinated.
START WITH WHAT YOU HAVE
A CAD model, a drawing, a sample or a functional requirement.
We will use the available input to identify missing decisions and form the manufacturing route.