N-FI Adapt

N-FI Adapt

The Flexible Laser Module



An excellent upgrade option for your N-Lase, our N-FI Adapt laser modules deliver excellent results on a much wider variety of materials, plus operations such as cutting, colouring, cleaning and ablation. With a wide variety of power options, incredible beam quality, CW mode and more you will be able to complete more operations quickly and effectively.



Technical Details

Compatibility & Specification

Laser Module N-FI Adapt 20 N-FI Adapt 30 N-FI Adapt 50 N-FI Adapt 70 N-FI Adapt 100
N-LASE Compatibility All Models All Models All Models Benchtop, Workstation, Integration Benchtop, Workstation, Integration
Nominal average output power 20w 30w 50w 70w 100w
Pulse Width (ns) 3 – 500ns 6 – 250ns 6 – 500ns 9 – 500ns 4 – 2000ns
Total Waveforms 40 30 38 37 37
Pulse repetition frequency (PRF) 1-1000Khz 1-1000Khz 1-1000Khz 1-1000Khz 1-4000Khz
Operation Temperature 0 – 45°C 0 – 40°C 0 – 40°C 0 – 40°C 0 – 40°C
Cooling Method Air Air Air Air Air
Power consumption < 250W < 240W < 300W < 530W < 530W
CW Mode Yes No Yes Yes Yes
Beam Quality M² < 1.6 M² < 1.3 M² < 1.6 M² < 1.6 M² < 1.6


Suitability

A Wide Range of Materials  

With up to 40 tuned waveforms and operating in the nanosecond pulse duration regime N-FI Adapt lasers can be used in a diverse array of applications, offering users unrivalled versatility and flexibility.

There are of course caveats with each laser module so please speak to us for more information or to obtain a sample.

 

Class Material N-FI Classic N-FI Adapt N-CO Classic
Non-Metal Wood  
  Glass    
  Paper    
  Textiles    
  Leather  
  Stone  
  Ceramic  
  Gemstones    
  Food  
Plastics ABS; PC; PA, PMMA …
  Rubber  
  Laminates
  Foam
Metal Aluminum  
  Anodized Aluminum
  Brass  
  Coated Metal  
  Chrome  
  Copper  
  Precious metals (Gold, Silver, Platinum)  
  Steel  
  Stainless Steel  
  Titanium  


Achieve excellent results

Typical Applications

  • Ablation
  • Cleaning
  • Cutting
  • Drilling
  • Engraving (larger units)
  • Marking
  • Micro-machining
  • Scribing
  • Solar cell processing
  • Thin film patterning
  • Thin foil cutting
  • Welding (largest units)