OEM Component Fabrication
Custom metal components and subassemblies for the products you manufacture. K-Display builds to your drawings, bringing fabrication, finishing, and assembly together for first builds and repeat production.
Parts made for the product you sell
An original equipment manufacturer (OEM) needs components for its own product. That might be a bracket that locates a component, a cover that protects it, or a subassembly that joins the production line. Your drawings define the part; its fit, finish, and delivered configuration determine how it works in the larger product.
Define where our work ends and your production begins. A formed bracket, a coated component, and a hardware-equipped subassembly each leave a different amount of work for your team.
From individual parts to production subassemblies
Source the metal component alone or have us complete the finish, hardware, and assembly before it reaches your operation.
- Brackets and chassis components
- Panels, covers, and formed enclosure parts
- Frames, weldments, and structural subassemblies
- Multi-part assemblies
Fewer handoffs in your supply chain
We cut, form, weld, powder coat, and assemble in-house. That gives your team one manufacturing partner for the required operations, with critical fits and finishing requirements carried through the build rather than passed between suppliers.
Connect the part to your product
We establish mating features, critical dimensions, finish, and acceptance requirements from the released drawings and assembly package.
Build the required configuration
Fabrication, coating, hardware, and assembly are combined to deliver the component or subassembly your operation needs.
Coordinate the production program
Order quantities, supplied-component timing, required documentation, and drawing changes are considered with repeat demand and delivery targets.
Fit, finish, and production requirements
A component program connects more than geometry and quantity. Released drawing revisions, bills of material, purchased components, acceptance requirements, and delivery needs must describe the same build. Include both immediate quantities and expected repeat demand when establishing the production scope.
Show how the component meets your product and what must be complete on delivery. Identify required tolerances, records, and any differences between the first build and later orders.
Design for the mating parts
Show where each component meets the rest of your product. Identify the surfaces and holes that control fit, and specify their tolerances on the drawing. Variation across several bends can affect alignment; coating also occupies space between mating parts.
Leave access for welding and installation tools, as well as the tools needed to service the product later. Specify hardware early: self-clinching fasteners depend on sheet material, thickness, and hole preparation, and their installation belongs before paint or powder coating.
Keep part drawings, assembly models, and the bill of materials on the same revision. Call out finish boundaries, visible surfaces, and required inspection records so the quote describes the component you need to receive.
Review the connection with both finished parts present. Coating clearance, matching hole locations, and room to hold the nut all affect whether the bracket can be installed.
For your OEM component quote
Send the current manufacturing package and order needs. Flag any requirements still being decided.
- Drawings and revision
- Part files, assembly model, and bill of materials.
- Material
- Grade and sheet thickness for each component.
- Quantities and timing
- Initial order, repeat demand, and delivery targets.
- Finish and assembly
- Coating, marking, hardware, and supplied components.
- Acceptance requirements
- Critical features, tolerances, and inspection documentation.