FROM FLAT STOCK TO FINISHED FORM.
Sheet metal fabrication
Custom enclosures, brackets and structural components, formed for assembly and low-volume manufacturing.
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Bring structure, assembly and finish together.
We review material, thickness, bends and joining requirements together. Hole placement, bend radii, assembly clearance and cosmetic requirements are considered before manufacturing.
OUR CAPABILITIES
Sheet metal fabrication capabilities
Cutting & forming
Flat patterns cut and bent into enclosures, brackets and structural parts, with thickness and bend requirements reviewed first.
Enclosures & brackets
Housings, panels, mounts and brackets prepared for assembly and low-volume production.
Assembly-focused review
Hole positions, bend radii and assembly clearances are checked against the drawing before production.
Coordinated finishing
Blasting, brushing and coating matched to the material and cosmetic standard.
Technical specifications
| Processes | Laser cutting, bending, stamping, welding |
|---|---|
| Sheet thickness for bending | 0.5–10 mm |
| Laser cutting thickness | Stainless steel up to 20 mm, mild steel up to 25 mm, aluminum up to 15 mm |
| Laser cutting accuracy | ±0.1 mm |
| Minimum order | 1 piece |
| Lead time | Typically 3–7 working days, depending on material |
Materials
Aluminum, stainless steel and mild steel sheet, with grade and thickness confirmed against the drawing.
Materials guideSurface finishing
Anodizing, powder coating, plating, polishing, blasting, brushing and black oxide, matched to the material and cosmetic standard.
Surface finishesTypical applications
- Equipment enclosures & panels
- Mounting brackets
- Low-volume structural parts
Have a drawing ready? Upload it for an engineering review and quote.
Upload drawingsHOW WE WORK
Start your projectA clear path from file to part.
01
Share your design
Send your drawings, material, quantity and key requirements.
02
Review & quote
Align on process, manufacturing details and your quotation.
03
Make & inspect
Produce and inspect against the agreed drawing and requirements.
04
Receive your parts
Pack, deliver and support your next design iteration.
DESIGN FOR MANUFACTURING
More design tipsSheet metal fabrication design tips
- 01
Keep one thickness per part
A single sheet thickness keeps forming straightforward. Use separate parts if different thicknesses are needed.
- 02
Leave space near bends
Holes and slots too close to a bend can distort when the part is formed. Allow distance or ask for a review.
- 03
Use consistent bend radii
Matching bend radii across a part simplifies tooling and keeps flanges consistent.
- 04
Mark the cosmetic side
Indicate the visible side, protected surfaces and finish so handling and coating can be planned.
PARTS WE HAVE MADE
View all examplesSheet metal fabrication examples
Automotive component housing
Automotive sheet metal part
Stove body
Electronics casing
Welded stainless steel assembly
QUALITY & COLLABORATION
Quality and confidentiality
Drawing review first
Critical dimensions, datums and finish requirements are confirmed before production.
Learn moreInspection agreed per project
Inspection scope, measurement method and any report are agreed with you before work begins.
Learn moreYour design stays yours
An NDA can be agreed before you share complete files. Drawings are used only for your project.
Learn moreBEFORE WE START
Sheet metal fabrication FAQs
What should a sheet metal drawing include?
Material and thickness, bend lines and directions, hole positions, assembly clearances, and the cosmetic side or finish requirement.
What do you need for a quotation?
Send your 3D model (STEP is preferred; X_T, IGES and STL are also accepted) and 2D drawing, with material, quantity, critical dimensions, tolerances, finish and target lead time. We reply to quote requests within 24 hours. You can also contact us before every detail is finalized.
Can I start with one prototype?
Yes. The minimum order is 1 piece, and the same part can move on to low-volume production later. Cost and lead time depend on the part and project requirements.
What tolerances can you achieve?
Laser cutting accuracy is ±0.1 mm. Tolerances on bends and assemblies depend on material, thickness and geometry; mark the critical features on your drawing.
How long does it take?
Typically 3–7 working days, depending on the material.
Can we agree on an NDA first?
Yes. A customer NDA can be submitted for review before the full design package is shared. Raise special information-handling requirements at the start.
OUR CAPABILITIES
View allOther manufacturing services
01CNC machining
Precision milling and turning in metals and engineering plastics, for prototypes that work and parts that fit.
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023D printing
Turn digital models into tangible prototypes, explore complex geometry and move your next design iteration forward.
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03Vacuum casting
Cast prototype parts for design validation and small batches, balancing appearance, feel and assembly requirements.
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Your next part starts here.
Share your design, material and quantity. Let’s find the right manufacturing approach together.
Request a quote