Sheet Metal Fabrication
Sheet Metal Fabrication is a subtractive manufacturing process that cuts, bends and welds raw metal sheets to replace complex casting or machining workflows. These metal sheets are processed on CNC equipment to produce various durable metal structural parts and enclosures with flexible lead‑time and competitive production costs.
Precision Sheet Metal Fabrication Capabilities
Sheet metal fabrication covers cutting, laser cutting, bending, stamping, welding and surface finishing. We process stainless steel, aluminum, carbon steel and galvanized sheets. Suitable for custom enclosures, brackets, cabinet housings and mechanical structural parts, delivering durable, dimension‑stable metal components for prototype and low‑volume production.
Laser & CNC Cutting
High‑precision laser cutting for accurate 2D sheet metal blanking. Handles various metal thicknesses for custom part outlines.
Bending & Forming
Professional CNC bending service. Achieve complex angles for housings, brackets and structural sheet‑metal components.
Welding & Finishing
TIG/MIG welding plus surface treatments including powder coating, painting and brushing for corrosion‑resistant finished parts.
Materials We Process
We support a wide range of professional 3D‑printing materials to cover prototyping, functional testing and end‑product manufacturing demands. Our material portfolio includes high‑performance engineering resins, PLA, PETG, PA12 Nylon, flexible TPU, aluminum, stainless steel and many other specialized materials.
Every material comes with unique mechanical performance, heat resistance, surface finish and cost‑efficiency. We help you pick the optimal material solution whether you are creating quick‑validation prototypes or durable end‑use production parts for real‑world application scenarios.
Typical Applications
Our 3D printing and sheet‑metal fabrication services deliver high‑quality custom parts for multiple industries. From functional prototypes to end‑use components, we provide reliable manufacturing solutions for diverse application scenarios.
