Laser Fiber Marking Machine PA-F100

HS Code:8456100090
Laser Power:20/30/50/80/100W
Marking Range:110X110, 150X150, 300X300 mm
Print Speed:≤7000MM/S
Language:25+ Languages Supported
Dimensions:550×550×650mm

Technical parameters for PA-F100 fiber laser marking system

Parameter Specification
Laser Power 20W/30W/50W/80W/100W (Selectable)
Wavelength 1064nm (Fiber Laser Standard)
Beam Quality <2 (M² Factor)
Operation Mode Pulsed/Continuous Switchable
Service Life >100,000 Hours (24/7 Operation)
Cooling System Air Cooling CE Certified
Power Supply
  • Input: 220V±10% 50Hz
  • Consumption: 500W MAX
Environmental Tolerance
  • Temperature: -20℃ ~ +45℃
  • Humidity: ≤80% RH
Physical Dimensions 550×550×650mm (W×D×H)
System Weight <32kg (Excluding Accessories)
Engraving Depth ≤0.5mm (Material Dependent)
Maximum Speed ≤7000mm/s (Industry Leading)
Working Area
  • Standard: 110×110mm
  • Optional: 300×300mm
Minimum Feature Size
  • Character: 0.15mm
  • Line Width: 0.012mm
Positioning Accuracy ±0.002mm ISO 9013
Supported Content
  • Text/Number
  • QR/Barcode
  • Vector Graphics
  • Custom Logo

laser fiber marking machine can marking anything

Laser fiber marking machine-Compatible Materials Overview
Metal Materials (95%+ Compatibility)
Industrial Metals: Stainless Steel | Carbon Steel | Titanium | Tungsten
Non-Ferrous Alloys: Aluminum 6061 | Aerospace-grade Aluminum | Brass | Copper
Precious Metals: Gold (24K/18K) | Silver (.925 Sterling) | Platinum
Specialized Compounds: Cemented Carbide | Nickel Alloys | Carbide Tools
Note: Optimal results achieved on clean surfaces with 0.1-3mm material thickness

Plastic/Non-Metal Materials
Engineering Plastics:
✓ ABS | PE (Polyethylene) | PVC | Nylon
✓ Polycarbonate | Acrylic (PMMA)
Surface Treatments:
✔ Anodized Aluminum Removal | Powder Coating Stripping
✔ Ceramic Scribing (0.2mm precision)
Material testing recommended due to formulation variances

Technical Specifications
Marking Depth: 0.01-0.5mm (adjustable)
Surface Prep: Degreasing required for oily materials
Color Contrast: Natural oxidation effect on most metals