Step 01
Laser cutting
Machine and shop-floor context for blank preparation.
Sheet metal fabrication
Sheet metal processing services
Laser cutting, press-brake bending, welding, polishing, cleaning and assembly are reviewed as one controlled route. Share the formed model, flat pattern, material, thickness, cosmetic surfaces and interfaces so the process can be evaluated against the actual part.
Fabrication scope
Plan every step around the finished assembly.
The supplied factory photos document the major operations below. Exact machine model, working envelope, power, tonnage and achievable tolerance remain subject to technical confirmation.
Laser cuttingProfile, hole and blank preparation from controlled CAD data.
Press-brake bendingBend sequence, radius, grain direction and springback review.
Welding & assemblyJoint access, distortion risk, fixtures and cosmetic zones.
Polishing & grindingWeld dressing, edge condition and visible-surface treatment.
CleaningResidue removal and preparation for inspection or finishing.
Inspection & packingCritical interfaces, appearance criteria and protection in transit.
Real process evidence
From sheet to finished fabricated part.
Photographs show the sheet-metal production route from cutting and bending through welding, surface preparation and cleaning.
Step 02
Press-brake bending
Forming route reviewed against geometry and material behavior.
Step 03
Welding
Assembly, access and distortion controls planned by joint.
Step 04
Polishing & grinding
Edge, weld and cosmetic surface preparation.
Step 05
Cleaning
Final process preparation before verification and packing.
Product examples
Actual fabricated products and production batches.
These examples show enclosure, formed cover, tray, bent assembly and batch-production contexts. They do not establish a universal material, tolerance or finish promise.
Fabricated product range
Multiple geometries, formed features and assembly configurations.
Batch parts
Production-stage blanks and formed components.
Stainless enclosure
Formed panels, ventilation features and joined construction.
Formed cover
Visible surfaces, transitions and edge conditions.
Formed tray
Bend sequencing and assembled geometry.
Bent assembly
Interfaces, hardware locations and functional formed features.
Buyer inputs
What engineering needs before quotation.
Missing information is surfaced as a question, not converted into an unsupported assumption.
- Files & revisionFormed 3D model, flat pattern or controlled 2D drawing.
- MaterialGrade, thickness, temper and grain direction where relevant.
- Critical requirementsBend radii, datums, interfaces, weld symbols and tolerance scheme.
- Appearance & finishClass A surfaces, texture/color reference, protected zones and edge condition.
- Commercial contextPrototype and production quantities, destination, timing and packaging.
Sheet metal FAQ
Questions to resolve before commitment.
What affects bend accuracy?
Material thickness variation, grain direction, bend deduction, tooling, springback, feature distance from bends and the measurement method all influence the result.
Can cosmetic requirements be included?
Yes. Mark visible surfaces, grain direction, color or texture references, protected areas, acceptable weld dressing and packaging expectations.
Are the machine capacities confirmed on this page?
No. The photos document real process categories; exact power, tonnage, working envelope and project capability must be confirmed during technical review.
Next step
Let the formed model and drawing define the route.
Send material, thickness, quantities and critical surfaces with the latest files.