- Home
- Capabilities
- Fabrication & welding
From repair to built-to-print work
Metal fabrication & welding
Custom fabrication, repair work, welded assemblies, and built-to-drawing parts.

Built around the assembly
A fabrication job may start with raw stock, a drawing, a sample, or a broken assembly. Barnes keeps cutting, forming, fit-up, welding, machining, and finishing tied to the same drawing and finished assembly.

Fabrication for the whole job
Structural components, trusses, columns, beams, forms, and embeds
MIG, TIG, pulse, and stick welding reviewed for the job
Built-to-drawing or collaborative design support
Processes
Work involved
- Custom, structural, repair, and industrial fabrication
- MIG, TIG, pulse, and stick welding
- Fit-up and assembly
- Deburring, finishing, and workmanship review
Materials
Material categories
- Mild steel
- Aluminum
- Stainless steel
- Wear-resistant plate and T1 selected to match the job
One-off work and large fabricated assemblies
Steel fitted, welded, and assembled in the Barnes shop. Send the drawing, material, mating parts, quantity, and finish.












Related projects
Selected work using this process
Information to send
Send the drawing, sample, or damaged assembly
Include material, dimensions, quantity, finish, and any parts that must fit together.
- Start with the problem, drawing, or sample
- Review material and process requirements
- Confirm build sequence and scope
- Fabricate and finish the job
Useful questions
Which welding processes and qualifications are available?
Send the code, material, joint, and documentation requirements with the inquiry. We’ll confirm the current process and qualification fit before quoting the work.
Can Barnes support more than one manufacturing step?
Yes. Existing Barnes materials identify machining, cutting, forming, welding, CAD, painting, and other shop capabilities that can be connected where the project requires them.
Markets
Common applications
Process control
Plan the build sequence
Cutting, forming, fit-up, welding, machining, and finishing are set in an order that fits the assembly.
- Plan the manufacturing sequence
- Check fit and critical conditions
- Deburr, finish, and review workmanship


