Deburring and Tumbling
Reduce sharp edges, dross, and handling marks.
Precision Sheet Cutting
Custom Laser Cutting Service
Fast profile cutting for flat metal parts, followed by the forming, hardware, and finishing operations needed for a complete component.
Upload DXF for flat profiles or STEP plus drawing for formed parts
Flat Parts at Any ScaleCut profiles, then add bends, threads, hardware, and finish
- Metals
- Steel, stainless, aluminum, copper, brass, titanium
- Part Types
- Brackets, panels, plates, tabs, shims, bus bars
- Secondary Work
- Deburring, forming, welding, coating, marking
Process
Efficient production for two-dimensional geometry
Laser cutting is well suited to nested sheet layouts, detailed profiles, repeated hole patterns, and fast transition from prototypes to larger batches.
Prototype Flats
Quickly validate brackets, panels, shims, and mounting geometry.
Production Nests
Arrange repeated parts efficiently across standard sheet sizes.
Detailed Profiles
Create slots, tabs, cutouts, ventilation patterns, and identification features.
Complete Components
Add bends, welds, threads, hardware, coating, marking, and packaging.
Materials
Common laser-cut metals
Mild SteelGalvanized SteelSpring Steel4130 Chromoly304 Stainless316 Stainless5052 Aluminum6061 Aluminum7075 AluminumCopperBrassGrade 2 TitaniumGrade 5 Titanium
Secondary Operations
Finish the part in the same workflow
Bending
Add flanges, boxes, channels, hems, and jogs.
Tapping and Countersinking
Create threaded or flush-fastener features after cutting.
Hardware Insertion
Install specified self-clinching fasteners and standoffs.
Finishing
Powder coat, anodize, plate, passivate, brush, blast, or mark.
Welding and Assembly
Join components into enclosures, frames, guards, and subassemblies.
Design Guidance
Prepare robust flat-part geometry
Use Closed Contours
Remove duplicate lines, open paths, and accidental construction geometry from DXF files.
Size Fine Features Carefully
Very small holes, narrow bridges, and tight gaps may be limited by thickness and material.
Identify Finished Edges
State burr, edge-break, cosmetic, and coating requirements instead of assuming a universal edge condition.
Provide Formed Geometry
For bent parts, include the final 3D shape and a drawing that defines bend direction and critical dimensions.
FAQ
Laser cutting questions
Can I submit only a DXF?
Yes for simple flat parts, provided the file is full scale and the RFQ includes material, thickness, quantity, and finish. Formed parts should include a 3D model and drawing.
Can laser-cut parts be bent and coated?
Yes. Include the formed model, bend details, finish specification, color, masking, and cosmetic requirements.
When should I choose waterjet instead?
Waterjet may be preferable for thick stock, heat-sensitive materials, composites, stone, rubber, or geometry where heat input is a concern.
Upload a Flat Part