Laser Cutting
Profiles, holes, slots and cut-outs are reviewed from the flat pattern, including their clearance from bend lines and any downstream hardware or joining operation.
Explore service →
🇬🇧 English
FLAT PATTERN TO FORMED PART.
Custom Sheet Metal
Fabrication
Plan cutting, bending, joining, hardware and finish as one sequence.
Sheet metal fabrication is suited to enclosures, panels, brackets and formed assemblies that begin as a flat pattern. We review material formability, thickness, bend sequence, holes or slots near bends, flanges, tabs, hardware and finish requirements before coordinating laser cutting, bending, joining and final assembly. Fiber laser sheets can be reviewed up to 2000 × 6000 mm; final feasibility depends on material, thickness, geometry and forming requirements.
Drawing Review Material & Finish Options Production Coordination
From Your Drawingto Real Parts
MANUFACTURING CAPABILITIES
Sheet Metal Fabrication
for Formed Assemblies
A useful sheet-metal plan connects the flat pattern to the final formed part: cutting features must clear bends, flanges must allow tooling access, and hardware, joining and finish must be sequenced around functional and cosmetic surfaces.
Our Full Capabilities →
Metal Bending
Press-brake work can be reviewed up to 320 ton, 3200 mm length and 10 mm maximum thickness, subject to material, geometry and the required bend sequence. No fixed bend-angle tolerance is published.
Explore service →MATERIAL OPTIONS
Choose the Right
Material for Your Part.
For sheet parts, material choice, thickness and formability are reviewed with bend sequence, joining, finish and the functional or cosmetic role of each face. A material is not selected independently from the formed geometry.
Material guideSELECTED MATERIAL
Aluminum
Review grade, thickness and bend direction together where low mass, corrosion resistance and formed geometry matter.
- Common Grades
- 5052, 6061, 1060
- Key Characteristics
- Lightweight · Formable · Corrosion resistant
- Typical Applications
- Panels, covers, brackets and enclosures
- Available Finishes
- Anodizing, powder coating, brushing
SURFACE FINISHES
The Finish That
Fits Your Application.
Select the finish after identifying visible faces, mating areas, grounding or contact zones, hardware locations, masking needs and surfaces that must remain suitable for forming or assembly.
Powder Coating
Review coverage, masking and cosmetic surfaces with the formed part and its assembly interfaces.
View MorePainting
Plan visual targets, coverage and protected surfaces alongside the formed-part sequence.
View MoreAnodizing
Review aluminum grade, critical interfaces and masking before finishing formed components.
View MoreBrushed Finish
A directional texture for visible sheet surfaces where grain direction should be specified.
View MorePassivation
A stainless-steel treatment route reviewed with material, exposure and post-fabrication handling.
View MoreElectroplating
A metallic finish route for compatible sheet materials where functional or appearance requirements are defined.
View MoreBUILT FOR A WIDE RANGE OF INDUSTRIES
Sheet Metal Fabrication
for Real-World Applications
Suitable for enclosures, panels, brackets, covers and formed assemblies that begin as a flat pattern. The manufacturing question is whether cutting, bending, hardware, joining and finish can be sequenced around the part’s functional and cosmetic requirements.
Explore All Applications →
Automotive
Formed panels, brackets, covers and equipment housings
Aerospace
Lightweight panels, brackets and ground-support equipment parts
Medical Devices
Equipment covers, cabinets and fabricated support components
Communication
Racks, chassis, cabinets and protective equipment enclosures
Energy
Control cabinets, panels and structural equipment covers
Marine Vessel
Formed cabinets, brackets and protective onboard enclosures
BUILT FOR DEMANDING PROJECTS
What Shapes a
Sheet-Metal Plan
A useful review connects the drawing’s flat pattern to the final formed assembly, rather than treating cutting, bending and finish as separate decisions.
Flat Pattern
Provide the profile, material, thickness, holes, slots and cut-outs so features can be reviewed before forming.
Bend Feasibility
Identify bend lines, flanges, tabs and hems where relevant; holes or slots near bends need review for formed-part clearance.
Hardware & Joining
Call out PEM hardware, tapping, riveting, welding, spot welding or assembly needs so their sequence can be planned.
Surface Zones
Separate cosmetic faces from functional, contact or protected areas and identify masking or grain-direction requirements.
Inspection Inputs
Define formed dimensions, hardware locations, functional interfaces and appearance requirements that control acceptance.
A CLEARER PATH TO YOUR PARTS
From Drawing to Delivery
The route is planned from flat pattern through cutting, bending, joining, hardware and finish so downstream steps do not compromise the formed part.
01
Send Drawings
Provide the flat pattern or 3D model, material, thickness, quantity, bend details, hardware or joining needs, finish, delivery target and inspection requirements.
02
DFM Review
Review bend lines, flange access, holes or slots near bends, tabs, hems where relevant, hardware, joining sequence and cosmetic surfaces.
03
Sheet Metal Fabrication
Coordinate laser cutting, bending, hardware insertion, welding, riveting, tapping, spot welding, deburring or assembly where the drawing requires them.
04
Formed-Part Inspection
Check drawing-defined cut profiles, bend locations, formed dimensions, hardware, functional interfaces and agreed appearance requirements.
05
Delivery Planning
Plan production and shipping from the approved drawing, material availability, finish route, quantity and agreed delivery terms.
QUALITY ASSURANCE
Quality Built In.
Confidence Delivered.
Inspection is planned around the flat pattern, bend sequence, formed dimensions, hardware, functional interfaces and appearance requirements that matter to the assembly.
Our Quality Process →
- Drawing Requirement Review
- Material Verification
- Surface & Appearance Check
- Process Documentation
ItemSpecification
Flat-pattern & formed featuresProfiles, bend locations, formed dimensions, hardware locations and agreed cosmetic or functional surfaces are checked against the drawing.
Inspection ApproachProcess-appropriate visual, dimensional and functional checks.
Inspection StandardsBased on customer drawings and agreed specifications.
DocumentationInspection information and material documentation available when specified.
Quality PlanningRequirements reviewed before production and monitored through delivery.
FROM PROTOTYPE TO PRODUCTION
Flexible Volumes.
Consistent Quality.
Schedule is reviewed after the flat pattern, material, thickness, bend sequence, joining, finish and inspection scope are confirmed. No universal sheet-metal lead time is published.
Prototype Review
Validate the formed geometry, bend access, joining sequence and finish zones before the delivery plan is fixed
Low-Volume Production
Plan material, hardware, secondary operations and inspection around the approved formed part
Repeat Production
Review quantity, process sequence, finish, packaging and drawing-defined inspection requirements before scheduling
FREQUENTLY ASKED QUESTIONS