Mechanical fabrication
Sheet metal bodies, formed parts, mounting brackets and enclosure subassemblies.
Material selection · Cutting & forming · Fit & finishMechanical fabrication and electrical assembly.
Connected by the needs of your lighting product.

A housing must accept the module. The harness must reach the driver. The bracket must align with its mounting. We approach component requirements with the finished assembly in mind.
Discuss your designSheet metal bodies, formed parts, mounting brackets and enclosure subassemblies.
Material selection · Cutting & forming · Fit & finishCustom harnesses and LED module assemblies specified around the luminaire.
Wiring layout · Connections · Module interfacesCritical dimensions and functional requirements translated into an acceptance plan.
Drawing review · Sample approval · InspectionYour drawing, assembly and destination market define the starting point.
Material, interfaces, tolerances and acceptance criteria are agreed before production.
Sample approval brings the design, assembly fit and inspection plan together.
An approved specification becomes the reference for repeat production and supply.
The approved drawing and sample are the shared reference. Define the material, finish, fit, wiring and acceptance criteria before committing to production.
A 2D or 3D drawing, reference sample, application description, expected quantities and target market. If the design is evolving, describe the interfaces that are already fixed.
Critical dimensions, materials and cosmetic requirements are agreed for the individual component. There is no single tolerance or coating specification suitable for every part.
Identify the destination market and product scope at the enquiry stage. Applicable standards, component evidence and finished-product testing requirements must be confirmed for that project.