Finishing and supporting processes
We assess the surface, protection, heat-treatment, coating, sheet-metal and assembly steps required after CNC machining or laser cutting, then coordinate the suitable specialists through one project contact.
01 / Process map
02 / Process map
The same part may have more than one viable route. The choice should balance material, service environment, dimensional control, appearance and the evidence required at delivery.
Steps that prepare edges, burrs and surface character for the next operation or the final appearance.
For aluminium, appearance, corrosion behaviour, contact faces and dimensional control are considered together.
Zinc, nickel, chrome and other metallic systems are selected around corrosion, appearance, wear and contact requirements.
Material and end use are considered together when the requirement is hardness, strength, wear behaviour or dimensional stability.
Paint and specialist coating routes can be assessed for colour, appearance, corrosion, friction or wear requirements.
Operations that complete laser-cut or bent sheet parts around holes, edges, joints and surface requirements.
Steps that make the result reviewable through fit-for-purpose inspection and records, not appearance alone.
Plastic injection production, injection tooling and Swiss-type/sliding-head routes can be considered around the part geometry, material and quantity.
03 / What determines the right process?
The same part may have more than one viable route. The choice should balance material, service environment, dimensional control, appearance and the evidence required at delivery.
Aluminium, steel, stainless steel, brass or engineering plastics—and any prior heat treatment or finish—narrow the options.
Corrosion, wear, friction, hardness, electrical contact, temperature and appearance are considered together.
Coating build, contact faces, threads, holes, sharp edges and the allowance left for final size are agreed early.
Where needed, the scope can include dimensional, hardness, roughness, coating-thickness, visual or external CMM inspection and reporting.
04 / Common technical questions
Not every process suits every material or use. The process, dimensional allowance and documentation are confirmed for the material, geometry, appearance and service conditions of each project.
Anodising preserves a metallic surface character, while powder coating offers a different route to colour and a coated appearance. Alloy, preparation, tolerance, colour and service environment should be known before selecting one.
The finishing route is normally decided at the start of production planning. That protects coating allowance, masking zones, critical dimensions, threads and the inspection sequence before machining begins.
Deburring, tapping and countersinking, bending, forming, welding, blasting, painting, passivation, marking and sub-assembly can be assessed for the material and design.
Yes. A laser-cut part, for example, may go through deburring, bending, welding, surface preparation and paint in one route. The sequence depends on material, dimensions, contact faces and service conditions.
A drawing or CAD file, material, quantity, service environment, appearance requirement, critical dimensions and any requested report or standard are a useful starting point.
Share your project
Share the drawing, material and intended use. We will assess the manufacturing and supporting-process options for the project.
