Material: Carbon steel, stainless steel, aluminum, etc.
Tube specs: Max diameter, length, and wall thickness.
Production volume: High volume → higher power & automation.
Precision: Required cut accuracy (±0.1mm or better).
Laser source:
Fiber laser (best for metals, low maintenance).
CO₂ laser (for non-metals or thick materials).
Power: 1-6kW (higher for thick tubes).
Motion system: Servo motors (better than stepper).
Cutting head: Auto-focus & capacitive sensing.
CNC system: Supports CAD files (DXF, STEP).
Automation: Batch processing, nesting software.
Clamping & rotation: Multi-chuck design for stability.
Dust extraction: Protects optics.
Safety: Emergency stop, laser shielding (CE certified).
Top brands: Trumpf (premium), Bystronic, Mazak (imported); Han’s Laser, HSG Laser (local).
Service: Warranty (2 years for laser), training, spare parts.
Cut samples: Check edge quality, precision.
Stability test: Run for 1 hour, check performance.
Cost: 50k–
300k (imported more expensive).ROI: Calculate energy, maintenance, and efficiency gains.
Underpowered lasers: Verify actual specs.
No future-proofing: Check if it supports other profiles (square tubes).
Poor after-sales: Confirm service response time.
By following these steps, you can find the best laser tube cutter for your needs.