Paper / Articles

 

Materials processing

Using short femtosecond pulses in the range of 50 fs and below enables the most precise laser machining for smallest structures of virtually any material. These incredible short pulses enable cold ablation introducing the least amount of heat into the material allowing the machining of very heat sensitive materials. The extremely clean pulses without any background or pedestal pulses contribute positively to working with these difficult materials.

These short pulses enable the use of high peak powers at moderate average powers – the shorter the pulse, the less average power is needed for the same peak power, and hence less residual heat is deposited. This is especially useful for biological samples, where heating may be very critical.

Basic studies
FEMTOPOWER™ compact, FEMTOSOURCE™ scientific™ XL

Biological samples
INTEGRAL™, FUSION™, FEMTOSOURCE™ scientific™ XL

Scientific production with eye on throughput
FEMTOSOURCE™ scientific™ XL, INTEGRAL™

Industrial production
INTEGRAL™


  FEMTOSOURCE™
  FUSION™ SYNERGY™ TWIN SYNERGY™ scientific™ XL
  20
PRO
20
PRO
20 PRO 200 300 500 650
Materials Processing Waveguide writing            
Dielectrics            
Semiconductors            
Metals            
Polymeres    



  FEMTOSOURCE™
  INTEGRAL™ PRO INTEGRAL™ 20 INTEGRAL™ 50
  100
200
300
400
100
200
300
400
100
200
300
400
Materials Processing Waveguide writing      
Dielectrics      
Semiconductors      
Metals      
Polymeres



  Accessories FEMTOPOWER™
  FEMTOMETER™ compact™
  kHz Detector
MHz Detector
V PRO
V PRO CEP
PRO CEP
PRO
PRO CEP HP/HR
PRO HE | 1.6 mJ
PRO HE | 2 mJ
PRO HE CEP | 1.6 mJ
PRO HE CEP | 2 mJ
PRO HP/HR
Materials Processing Waveguide writing
Dielectrics
Semiconductors
Metals
Polymeres