CUTTING PROFILES01
Laser Cutting
Fast, tooling-light production of profiles, holes, slots and cutouts for prototypes and repeat batches.
SHEET METAL · CUTTING · FORMING · WELDING · ASSEMBLY
Custom Sheet Metal Fabrication Services
Move from flat sheet to finished parts and assemblies through one controlled workflow. Mockup combines cutting, bending, welding, hardware installation, finishing and inspection for prototypes and production.
- Prototype through repeat production
- Cutting, forming, welding and assembly
- Engineering and DFM review before production
Upload your 3D model, drawing or flat pattern with material, thickness, quantity and finish. We will review manufacturability, tolerances and inspection requirements.
Cut + formCORE PROCESSES
Weld + assembleINTEGRATED ROUTE
Metal + finishMATERIAL SYSTEM
1 → repeatORDER STAGES
01 / FABRICATION CAPABILITIES
From Flat Sheet to Finished Parts
Combine the required fabrication processes through one manufacturing route instead of coordinating multiple suppliers.
CUTTING PROFILES
PRECISION FORMING02
Bending & Forming
Press-brake forming planned around bend radius, grain direction, tooling access, bend allowance and springback.
REPEAT FEATURES03
Punching & Stamping
Punching supports repeat features, while stamping becomes efficient when production volumes justify dedicated tooling.
CONTROLLED JOINING04
Welding & Joining
TIG, MIG, spot welding, riveting and fastening selected according to material, joint design and assembly requirements.
PEM · INSERTS05
Hardware Installation
PEM nuts, studs, threaded inserts, rivet nuts and standoffs installed according to drawing requirements.
READY FOR ASSEMBLY06
Finishing & Assembly
Surface finishing, marking, purchased hardware and subassembly coordinated before inspection and packaging.
02 / PROTOTYPE TO PRODUCTION
Scale From Prototype to Repeat Production
Preserve the manufacturing knowledge developed during prototyping as the program moves into repeat production.
Sheet Metal Prototyping
Validate fit, bend geometry, hole alignment, fastener access, assembly and appearance.
Low-Volume Production
Produce flexible batches without the tooling investment associated with high-volume manufacturing.
Repeat Production
Carry approved flat patterns, bend data, fixtures, joining sequences and inspection criteria into future releases.
03 / COMMON SHEET METAL PARTS
Custom Sheet Metal Parts We Fabricate
Individual components and multi-part fabricated assemblies for robotics, automation, electronics, industrial machinery, medical equipment and energy systems.
Enclosures & Chassis
Protective housings, electronics chassis, cabinets and covers built around interface and cosmetic requirements.
Brackets & Panels
Mounting brackets, formed panels, trays and guards with repeatable hole and bend relationships.
Frames & Assemblies
Welded frames, racks, ducts and structures delivered ready for integration.
04 / MATERIALS
Sheet Metal Materials
Compare commonly specified sheet materials, grades, forming behavior and finishing routes. Grade, temper, thickness, grain direction and certification requirements are confirmed per project.
01
Aluminum
5052 / 6061 | Lightweight and corrosion-resistant for enclosures, chassis, panels and brackets. 5052 provides strong forming performance; 6061 offers higher strength where geometry permits.
05 / TECHNICAL RANGE
Sheet Metal Fabrication Specifications
Cutting, bending and welded-assembly tolerances are evaluated separately before final commitment.
SpecificationDescription
Maximum flat sizeProject-specific
Material thicknessProject-specific
Cutting toleranceDrawing-dependent
Bend toleranceGeometry-dependent
WeldingTIG / MIG / Spot
HardwareInstalled to drawing
Production quantityPrototype → Production
DocumentationProject-defined
06 / MANUFACTURING CAPACITYYour Sheet Metal Fabrication
Your Sheet Metal Fabrication
Partner in China
Cutting, forming, welding, finishing and inspection are coordinated around the same drawing and acceptance requirements.
50+Fabrication Machines
10+ YearsExperience
100+Countries Served
10,000+Projects Delivered
07 / MANUFACTURING WORKFLOW
From CAD to Finished Sheet Metal Parts
One controlled workflow connects the drawing, manufacturing decisions and acceptance requirements.
Review
CAD, drawing, material, thickness, quantity, finish, hardware and acceptance requirements.
Develop
Bend allowance, tooling access, feature placement, joining methods and sequence are checked.
Fabricate
Parts move through cutting, forming, welding, hardware installation and finishing under controlled revisions.
Inspect
Critical dimensions, angles, hole positions, hardware, weld condition, surfaces and assembly fit are verified.
08 / QUALITY CONTROL
Quality Control Throughout Fabrication
Inspection focuses on the manufacturing stages that can affect final fit and function. Welded structures are evaluated after joining because heat input and sequence can change final geometry.
Inspection focuses on the manufacturing stages that can affect final fit and function. Welded structures are evaluated after joining because heat input and sequence can change final geometry.
- ✓Incoming material verification
- ✓First-piece inspection
- ✓Cut and formed dimensions
- ✓Hardware and weld checks
- ✓Coating and cosmetic review
- ✓Final assembly verification
09 / SHEET METAL DFM
Design for More Predictable Fabrication
Good DFM reduces unnecessary fabrication risk and improves repeatability.
Consistent bend radii
Use consistent bend radii where possible.
Protect bend zones
Keep holes and cutouts clear of bend deformation zones.
Plan formed geometry
Account for bend allowance, K-factor and springback.
Control welding
Provide weld symbols and distortion-sensitive datums.
Mark critical surfaces
Identify cosmetic surfaces and post-finish dimensions clearly.
Specify hardware
Define type, orientation, installation side and masking requirements.
SHEET METAL ENGINEERING REVIEW
Upload my sheet metal part ↗Start with the drawing. Leave with a controlled manufacturing route.
Share your CAD, drawing, material, thickness, quantity, finish, hardware and inspection requirements for a practical manufacturability review.