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The laser microJet Technology


The laser microJet (lmJ) is a hybrid method of machining,  which combines a laser with a “hair-thin” water jet that precisely guides the laser beam by means of total internal  reflection in a manner similar to conventional optical  fibers. The water jet continually cools the cutting zone and  efficiently removes debris.

As a “cold, clean and controlled laser”, Synova's lmJ  technology resolves the significant problems associated with dry lasers such as thermal damage, contamination,  deformation, debris deposition, oxidation, micro-cracks, lack of accuracy and taper.


Technical Parameters


Lasers


Diode-pumped solid-state pulsed Nd:y AG lasers with pulse durations in the micro- or nano- second range, operating at 1064, 532 or 355 nm
Average laser power ranges from 20 to 400 w


Water


Pure deionised and filtered water
Water consumption is low due to “hair-thin” jet: approx. 10 litre/hour at 50-800 bar pressure
Resulting forces exerted are negligible (<0.1 n="" p="">


Nozzles


Nozzles made of sapphire or diamond, as these materials’ hardness enables the generation  of a long, stable water jet over a long period of time without requiring replacement
Diameter range: 25-100 μm


Advanced Micro Machining Applications
INTERTECH 2017 Diamond Tools Cutting
Water Jet Guided Laser: Towards Near Net-shape Machining
Green Fiber Laser MicroJet Processing of Watch Parts
Industrial Applications
LMJ-iP
Company
Technology
Hybrid Cell
LCS 250
MCS Series
LCS 50
LCS 150/300
DCS 50


 
 

This is not an official SYNOVA web site. This website is not endorsed or sponsored by SYNOVA Hasmak A.S. is not affiliated with SYNOVA. Any use of word SYNOVA or other words/numbers registered by SYNOVA are solely for reference.