Sheet Metal Fabrication Support
Sheet Metal Fabrication Support for Custom Parts and Assemblies
OUJI supports custom sheet metal brackets, panels, covers, guards, simple enclosures,
and formed parts through qualified manufacturing resources. We help overseas buyers
review drawings, confirm process feasibility, coordinate fabrication, finishing,
inspection, and packaging.
Laser Cutting
Bending
Finishing
Inspection
Project-based fabrication support with quality-controlled supplier resources.
Material · Thickness · Bend · Surface · Quantity
Typical Support Route
From drawing review to finished parts
02 Cutting
03 Bending
04 Finishing
05 Inspection
Start Your Fabrication Review
Send Drawings for Sheet Metal Feasibility Review
Please include material, thickness, quantity, bend notes, surface treatment,
appearance requirements, critical dimensions, and assembly conditions. PDF, DXF,
STEP, STP, and IGS files help us review the project faster and reduce unclear
quotation assumptions.
DXF
STEP
STP
IGS
Manufacturing Route Review
When Sheet Metal Fabrication Is a Practical Choice
Sheet metal is usually suitable when the part is made from flat sheet, bends,
cutouts, flanges, holes, covers, guards, or lightweight structures. If the part
needs close-tolerance bores, thick solid geometry, or complex 3D machining features,
CNC machining or a combined route may be more practical.
Good Fit for Sheet Metal
- Brackets, covers, panels, guards, and mounting plates
- Laser-cut and bent parts made from sheet material
- Lightweight structural or protective components
- Prototype validation and low-volume production
- Parts requiring deburring, coating, or appearance control
May Need CNC or Combined Process
- Very thick blocks or complex 3D geometry
- High-precision bearing seats or close-tolerance bores
- Complex internal features not suitable for bending
- Fabricated frames with machined inserts or spacers
- Assemblies involving welding, machining, finishing, and inspection
Fabrication Workflow
From Drawing Review to Finished Sheet Metal Parts
For sheet metal projects, the key is not only cutting and bending. Material,
thickness, bend feasibility, edge condition, surface finishing, inspection, and
packaging should be reviewed together before production.
Cutting
Laser cutting, profiles, holes, slots, cutouts, blanks, and flat sheet preparation
are reviewed based on drawings and material requirements.
Bending & Forming
Bend angles, flanges, tabs, radius, hole-to-bend distance, and possible deformation
are checked before production.
Deburring & Edge Control
Edge condition, burr removal, sharp edge reduction, handling safety, and scratch
prevention are important for fabricated sheet metal parts.
Finishing & Inspection
Deburring, brushing, powder coating, anodizing, plating, painting, appearance review,
dimensional checks, and protective packaging can be coordinated.
What We Support
Common Sheet Metal Parts for Equipment, Electronics, and Automation
These are common sheet metal part types requested by industrial equipment,
electronics, automation, and custom assembly buyers.
Brackets & Mounting Plates
Mounting brackets, L-shaped supports, reinforcement parts, base plates,
and equipment-related formed support components.
Panels & Covers
Flat panels, access covers, guards, protective covers, and appearance-related parts.
Enclosures & Housings
Simple boxes, side panels, control housings, equipment covers, and electronics-related structures.
Formed Functional Parts
Bent parts with holes, slots, tabs, countersinks, cutouts, flanges, and assembly features.
DFM Review
Sheet Metal Design Details We Review Before Production
Many sheet metal problems come from bend radius, hole-to-bend distance,
flange length, hardware location, surface expectations, coating requirements,
and packaging assumptions. Reviewing these details early helps reduce rework,
quotation errors, and unclear communication.
Bend radius, bend direction, flange length, bend order, and possible deformation.
Hole-to-edge distance, hole-to-bend distance, slots, cutouts, countersinks, and mounting areas.
Visible surfaces, coating areas, masking needs, grain direction, scratch control, and packaging.
Insert preparation, hardware, fit-up, related CNC machined parts, and inspection points.
Bend · Hole · Finish · Assembly
Materials & Surface Finishing
Material, Thickness, and Finishing Should Be Reviewed Together
For sheet metal fabrication, material selection, thickness, bend feasibility,
surface finishing, appearance requirements, and packaging should be reviewed
together before quotation and production.
Common Sheet Materials
We support project-based sheet metal materials for brackets, panels, covers,
enclosures, guards, and formed parts.
Stainless Steel Sheet
Carbon Steel Sheet
Galvanized Sheet
Cold Rolled Steel
Project-Based Materials
Thickness & Bend Feasibility
Thickness affects stiffness, bend radius, hole distance, deformation risk,
forming method, cost, and lead time.
Hole-to-bend distance
Flange length check
Flatness and deformation risk
Surface Finishing Options
Finishing should match corrosion resistance, cosmetic needs, assembly conditions,
handling requirements, and packaging expectations.
Brushing
Powder Coating
Anodizing
Plating
Painting
Laser Marking
Protective Packaging
What We Check Before Production
A clear drawing package helps reduce quotation mistakes, rework, surface defects,
and assembly issues.
2D drawing, 3D file, bend notes, tolerance requirements.
Visible surfaces, scratch control, coating area, masking needs.
Packaging to prevent deformation, scratches, and coating damage.
Inspection & Packaging
Quality Control for Sheet Metal Parts Is Not Only Dimensional
Sheet metal parts often need both functional and appearance checks. We review key
dimensions, bend angles, flatness, surface condition, coating expectations, hardware
locations, and packaging needs based on the application.
Dimensional Checks
Hole position, cut profiles, overall size, bend dimensions, and assembly-related features.
Appearance Review
Surface scratches, coating defects, edge condition, visible areas, and cosmetic requirements.
Packaging Control
Protection against scratches, deformation, mixing, and coating damage during shipment.
Drawing-Based Review
Quotation and inspection planning should be based on drawings, tolerance, finish, and application needs.
Project-Based Matching
We match the fabrication route according to material, thickness, process, quantity, and finishing requirements.
CNC + Sheet Metal + Finishing
For suitable projects, sheet metal parts can be coordinated with CNC machined components and surface finishing.
FAQ
Sheet Metal Fabrication FAQ
Common questions about sheet metal fabrication support, drawings, materials,
bending, finishing, inspection, and combined manufacturing projects.
What types of sheet metal parts can OUJI support?
OUJI supports custom brackets, panels, covers, guards, mounting plates,
simple enclosures, formed parts, and fabrication components for industrial,
electronics, automation, and equipment-related applications.
Is sheet metal fabrication a core OUJI service?
Sheet metal fabrication is an additional manufacturing support service. OUJI’s
main focus remains custom precision manufacturing, while sheet metal support helps
customers handle related brackets, panels, covers, guards, and assembly parts.
What information should I provide for a sheet metal quote?
Please provide 2D drawings, 3D files if available, material, thickness,
quantity, surface finish requirements, bend notes, critical dimensions,
and any appearance or packaging expectations.
Can you support prototype and low-volume sheet metal parts?
Yes. OUJI supports prototype validation, pilot runs, small batches, and
low-volume production based on drawing requirements and project feasibility.
Can sheet metal parts include finishing?
Yes. Depending on the project, finishing support may include deburring,
brushing, powder coating, anodizing, plating, painting, laser marking,
and protective packaging.
Can you handle sheet metal parts with CNC machined components?
Yes. For suitable projects, OUJI can help coordinate sheet metal fabrication
together with CNC machining, surface finishing, inspection, and related
manufacturing follow-up.
Start Your Sheet Metal Project
Send Your Drawings for Fabrication Review
We can review material, thickness, bend feasibility, surface finishing,
inspection needs, packaging requirements, and whether sheet metal, CNC machining,
or a combined route is more practical for your project.