Automotive & Transportation
Fiber laser cutting handles the rapid prototyping and production runs that automotive suppliers require. Cut mild steel chassis brackets at 1-6 mm, stainless exhaust components, and aluminum body panels with positioning accuracy of +/-0.05 mm.
- Mild steel, stainless steel, aluminum, and galvanized sheet
- Typical thickness range: 0.5 mm to 20 mm
- Nesting software integration for material yield above 85%
- Dual exchange tables for continuous production
Agricultural Equipment
Farm equipment manufacturers process thick carbon steel plates for plows, harrow discs, and structural frames. High-power fiber lasers (12 kW to 40 kW) cut 20-30 mm mild steel cleanly without secondary grinding on most edges.
- Carbon steel plates up to 30 mm with oxygen assist
- Large format 6025 table for oversized components
- Bevel cutting head available for weld-prep edges
- Reduced heat-affected zone compared to plasma
Kitchen & Food Processing Equipment
Stainless steel is the baseline material in commercial kitchen fabrication. Fiber lasers produce clean, burr-free edges on 304 and 316 stainless at thicknesses from 0.8 mm to 12 mm, reducing or eliminating deburring steps downstream.
- 304 and 316 stainless steel, typically 0.8-6 mm
- Nitrogen assist for oxide-free edges
- High edge quality reduces post-processing labor
- Tube laser handles handrails and frame tubing
Construction & Structural Steel
Structural steel fabricators need to process thick plate quickly and accurately. High-power fiber lasers (12-40 kW) cut I-beam web plates, gussets, and connection brackets from 10-25 mm mild steel with consistent hole quality and minimal dross.
- Mild steel plate 6-30 mm, stainless 6-20 mm
- Large format tables for full-sheet processing
- Tube laser for HSS and RHS structural sections
- Compatible with SDS/2, Tekla, and DSTV file formats
Electronics & Enclosures
Precision enclosure fabricators work with thin gauge stainless, aluminum, and copper. Fiber lasers deliver the tight tolerances (+/-0.05 mm) and smooth edge quality that electronic enclosures require, even on reflective materials like copper and brass.
- Stainless, aluminum, copper, brass 0.5-4 mm
- Micro-joint tabbing for sheet stability during cutting
- Small hole processing for ventilation patterns
- CAD/CAM integration for rapid prototyping