FORGAX · MULTI-PROCESS OEM PROJECTS

Custom Metal Fabrication & OEM Assembly

Coordinate the interfaces between fabricated parts, welded structures, secondary operations and purchased components. The review defines process routing and who supplies, finishes and assembles each element.

Metalworking production floor with sheet stock, work tables and equipment
Workshop context: sheet stock, work tables and metalworking equipment. This image does not verify a specific service or finished part.

Projects that cross process boundaries

Use this service when a finished assembly needs more than a single sheet-part route.

  • Welded frames and fabricated structures
  • Mixed sheet, profile and machined components
  • OEM assemblies with defined purchased-part interfaces

Process-routing map

Plan the project around dependencies rather than isolated operations.

  • Identify cut, formed and purchased components
  • Locate joining and machining stages
  • Assign drawing approval and supply responsibilities

Welding and fabrication review

Joint details and assembly references guide fabrication planning.

  • Provide weld symbols and joint access
  • Flag alignment and distortion-sensitive interfaces
  • Distinguish structural requirements from cosmetic dressing

Secondary process coordination

Machining or stamping may be relevant to selected parts, subject to review.

  • Mark features that need machining after joining
  • Review whether repeated components suit a separate forming route
  • Define subcontract scope and acceptance requirements where applicable

Finish and final assembly planning

Finishing order affects fit, access and protection.

  • Identify masking and mating surfaces
  • Coordinate hardware installation with coating
  • Agree trial-fit, component labels and packing sequence

Review materials at each joint

Material choices must work across joining, machining and the complete finish system.

  • Stainless steel components with weld and appearance requirements
  • Carbon steel structures with reviewed corrosion protection
  • Aluminum components with alloy and joining requirements defined

Turn an assembly into an agreed scope

Map the BOM and interfaces
Identify drawing revisions, supplied components and responsibility for each assembly interface.
Review process dependencies
Coordinate fabrication, welding, secondary work and finishing around critical fits.
Define the handover condition
Agree final assembly, inspection, documentation and packing requirements during quotation.

Define the complete supply boundary

  • Provide the assembly BOM and component drawings.
  • State loads and engineering requirements for responsible review.
  • Identify buyer-supplied components and final assembly acceptance points.

Specific tolerances, material thickness ranges and manufacturing feasibility are confirmed during quotation based on the customer drawing, material and process requirements.

Buyer Enquiry Markets

We welcome drawing-based buyer enquiries from these markets:

  • Australia
  • United Kingdom
  • Canada
  • United States
  • United Arab Emirates
  • Saudi Arabia
  • Germany

Project feasibility and any destination-specific requirements are reviewed and confirmed during quotation.

Frequently Asked Questions

How does this differ from sheet metal fabrication?

This review focuses on integrating structures, secondary processes and assembly responsibilities. Sheet metal fabrication focuses on parts made primarily from cut and formed sheet.

Can machining be coordinated with welded fabrication?

Identify the features and whether they relate to the welded assembly. Sequence, access and the included machining scope are reviewed during quotation.

What is needed to quote an OEM assembly?

Provide a BOM, component and assembly drawings, purchased-part information, finish requirements and the desired delivery condition. Identify any buyer-supplied items.

Bring Your Drawings to the Review

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