Sheet, Plate, Tube, and Assembly

Welding and Weldments Service

Turn cut and formed components into brackets, frames, enclosures, machine bases, guards, and ready-to-integrate fabricated assemblies.

Recommended inputs: assembly CAD, weld symbols, material, finish, and distortion-critical dimensions
Fabrication FocusCut parts, formed parts, welds, and finishing in one workflow
Part Types
Frames, brackets, guards, bases
Methods
MIG, TIG, spot, and qualified processes
Deliverables
Welded assemblies and inspection-ready parts

Overview

Fabrication that carries the design through assembly

Weldments combine cut profiles, formed sheet, tube, machined parts, and purchased hardware. A complete RFQ lets the team plan joint access, sequence, distortion control, post-weld cleanup, and final finish together.

Frame and Base Work

Machine frames, carts, stands, supports, and structural subassemblies.

Sheet Assemblies

Enclosures, guards, brackets, chutes, and panels with formed edges.

Tube Structures

Cut, bent, notched, and welded tube components for frames and handles.

Secondary Operations

Grinding, tapping, hardware insertion, coating, marking, and assembly.

Capabilities

Plan the joint and the finished assembly

CapabilityTypical UseWhat to Specify
MIG / GMAWProduction steel and aluminum weldmentsMaterial, thickness, joint design, and visual standard
TIG / GTAWControlled heat input, stainless, aluminum, and visible weldsCosmetic expectations, purge needs, and filler requirements
Spot and Resistance WeldingSheet metal overlaps and repeatable assembliesElectrode access, nugget requirements, and sequence
Post-Weld WorkGrinding, blending, tapping, coating, and hardwareVisible faces, edge condition, flatness, and finish

Materials

Common weldable materials

Material thickness and alloy condition affect process choice, heat input, distortion, and finishing.

Mild SteelStainless Steel 304Stainless Steel 316Aluminum 5052Aluminum 6061Aluminum 6063Galvanized SteelDOM TubeSquare TubeRectangular TubeFlat BarPlate

Quality Planning

Control distortion and dimensional drift

Welding can move thin or long components. Share datum surfaces, flatness limits, mating interfaces, and any post-weld machining requirements before production begins.

Weld visual inspection and marked joint review
Dimensional checks on critical interfaces
Material and weld procedure documentation when required
Post-weld machining and surface preparation options

Design Notes

Make the weldment easier to build

Show Joint Details

Use weld symbols, joint types, size, length, and intermittent weld notes on the drawing.

Provide Access

Leave room for torch, electrode, clamp, and inspection access around every joint.

Separate Cosmetic Faces

Identify welds that can remain visible and those that need blending or grinding.

Plan Finish Allowance

Account for coating thickness, masking, drainage, and post-weld cleaning.

FAQ

Welding and weldment questions

Can you weld parts cut by your team?

Yes. A coordinated quote can include laser, waterjet, routing, tube cutting, forming, welding, finishing, and assembly.

Do you support aluminum weldments?

Yes, subject to alloy, thickness, joint design, access, and dimensional requirements. Include the alloy and temper in the RFQ.

Can you quote a complete frame or enclosure?

Yes. Send the assembly model, detail drawings, hardware list, finish, and any flatness or alignment requirements.

Start RFQ

Send the complete weldment assembly.

We will review cut parts, joints, finishing, inspection, and delivery requirements together.

Get Welding Quote