- CNC Laser Cutting
Precision CNC fibre laser cutting for sheet metal components, panels, and profiles.
Close-up of Bystronic CNC Fibre Laser in operation — sparks and laser beam on sheet metal. Facility-shot from Kurveline APIIC IDA, Gajuwaka.
- Service Overview
CNC laser cutting is the primary sheet metal cutting process at Kurveline Manufacturing. The Bystronic CNC Fibre Laser delivers high-accuracy cutting of flat sheet metal and tube/pipe profiles with a narrow kerf, clean edge quality, and minimal heat-affected zone — making it the preferred process for precision components, enclosure blanks, structural panels, and production parts.
Kurveline laser-cuts sheet metal and tube profiles in Mild Steel, Stainless Steel SS 304 and SS 316 to customer DXF and CAD drawings. Precision sheet metal components, fabrication brackets, structural plates, furniture panels, enclosure blanks, and tube profiles are all within scope.
- No tooling cost — laser cutting from DXF files means any geometry can be cut without die or punch tooling investment
- Tight positional tolerance to ±0.1mm for standard sheet metal cutting
- Tube cutting capability: round, square, and rectangular profiles cut without outsourcing
- Consistent quality from first prototype to production batch — same program, same result
- Fast turnaround: DXF receipt to first-off component within 24–48 hours for standard materials
Capabilities
| Parameter | Specification |
|---|---|
| Machine | Bystronic CNC Fibre Laser (Tube Cutting Attachment included) |
| Materials | Mild Steel (MS), Stainless Steel SS 304, SS 316, Aluminium (confirm thickness) |
| Sheet Thickness Range | 0.5 mm to 25 mm (varies by material — confirm at enquiry) |
| Tube Profiles | Round, square, rectangular tube — multiple sizes |
| Positional Tolerance | ±0.1 mm for standard sheet metal cutting |
| Cut Edge Quality | Clean, burr-minimised edge — suitable for direct forming without rework |
| Kerf Width | 0.1–0.3 mm (material and thickness dependent) |
| File Formats Accepted | DXF, DWG, STEP, PDF, hand sketch (DXF conversion available) |
| Production Capacity | Single prototype to 300+ unit production runs |
Applications
Pharmaceutical
Cleanroom furniture panels, SS enclosure blanks, equipment chassis components for pharma facilities
MedTech
Precision chassis panels for medical device assemblies — EM200 Chassis (31 components, ±0.5mm)
Industrial & Energy
Control panel blanks, structural plates, mounting brackets for HPCL, Schneider Electric
Furniture
Furniture frame profiles, panel components, mixed-material desk and table components
Data Centre
Rack frame panels, server enclosure blanks, containment structure sheets
General Fabrication
Any sheet metal component to drawing — bracket, plate, panel, frame, or profile
Customization
Customers can specify material grade (MS, SS 304, SS 316, aluminium), sheet thickness, cut geometry via DXF or drawing, hole patterns, quantities, required edge finish, and delivery schedule. Tube cutting can be specified with profile type (round/square/rectangular) and wall thickness. No minimum order quantity.
Our Process
Requirement
Part specs, quantity, and material grade confirmed with the client.
Drawing / DXF Review
CAD files checked for tolerances, nesting, and cut-path accuracy.
Material Procurement
CRGO, CRCA, or aluminium sheet sourced and staged to gauge.
Laser Cutting
Sheets cut on the CNC laser to the reviewed DXF program.
Edge Inspection
Burr, dross, and dimensional checks against the drawing.
Dispatch / Next Process
Parts released to bending, welding, or direct dispatch.
Quality & Engineering
Every laser-cut component is checked against the customer drawing for positional accuracy, hole size, and edge quality before the next fabrication stage. Material certificates (heat number traceability) are available on request for SS grades. DXF cut programs are retained for repeat orders — no re-setup cost on reorders.