LASER MICROJET - Synova- laser microjet technology group ,The conventional focused laser beam has a limited working distance of just a few millimetres to even fractions of a milli-metre due to beam divergence. This not only makes precise focussing and distance control necessary, it also limits the ratio of kerf width to depth. The Laser MicroJet technology employs a laser beam that is Demonstrating Cutting Depth | Laser MicroJet® systems - YouTubehttps://www.synova.ch / - More information: [email protected] application video shows the process of cutting steps out of a 7 mm thick silicon carbide piece...
The Laser MicroJet® technology uses a water coupled ns-laser to cut various materials e.g. diamond, semiconductors, ceramics and metals. The laser light is guided to the workpiece by the water jet and the material is cut by the laser radiation. This technology can thus cut the same materials as a dry laser. However, the Laser MicroJet® technology
The current microjet is a single one, while tattooing is often done using multiple needles with different types or colours of ink. Also, the volume that can be delivered by the microjet still needs to be increased. The team says these are the next steps in progressing the needle-free technology.
Laser MicroJet, or LMJ for short, is a revolutionary laser cutting and drilling system for machining materials with very high precision. This creates new possibilities for the micron-level three-dimensional machining of various types of materials. This also applies to materials that cannot be machined with alternatives such as EDM.
The Laser MicroJet® Technology A SIMPLE PRINCIPLE The Laser MicroJet (LMJ) is a hybrid method of machining, which combines a laser with a transparent water jet that precisely guides the laser beam by means of total internal reflection in a manner similar to conventional optical fibers. The low-pressure water jet continually cools the
Laser MicroJet® Technology. download Report . Comments . Transcription . Laser MicroJet® Technology ...
Technology Benefits The Unique Strenghts of the Laser MicroJet No Material Damages Thanks to the water jet cooling capability there is virtually no heat damage (no HAZ) and material change. The ablated material is removed with the water flow leaving clean surfaces and neither depositions nor burrs. Very Large Thickness Range
The Laser MicroJet (LMJ) is a hybrid method of machining, which combines a laser with a transparent water jet that precisely guides the laser beam by means of total internal reflection in a manner similar to conventional optical fibers. The low-pressure water jet continually cools the cutting zone and efficiently removes debris.
Laser MicroJet: A unique, water jet guided laser technology Parallel laser beam Synova has made possible what physically seems to be impossible. No focus, no taper, thickness range from microns to centimeters Damage-free No HAZ, depositions or burrs. No weakening of the material Highest quality and accuracy
The 3-axis LCS 50-3 is an ideal cutting solution for industrial diamond tools thanks to its micro-meter precision and nano-meter edge quality - at costs that are typical for EDM machines ...
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https://www.synova.ch / - More information: [email protected] application video shows the process of cutting steps out of a 7 mm thick silicon carbide piece...
Water-jet guided laser cutting technology is a relatively new technology, which utilizes a water jet and laser beam (pulsed Nd: YAG laser) to cut. The technology is able to cut with high precision without blurs. It also produces less heat and pollution at the cutting zone, unlike conventional machining. This article reviews the characteristics of this new technology and its usage in laser ...
Comments . Transcription . Laser MicroJet® Technology
The Laser Microjet© is a world-wide patented technology which uses ns-laser pulses which is guided to the work piece in a water jet. The sample is therefore cooled by the water and thermal damage d...
The conventional focused laser beam has a limited working distance of just a few millimetres to even fractions of a milli-metre due to beam divergence. This not only makes precise focussing and distance control necessary, it also limits the ratio of kerf width to depth. The Laser MicroJet technology employs a laser beam that is
https://www.synova.ch/ - 2 minutes to understand the Laser-MicroJet technology: The synergy of Light and WaterMay 1993 at the Swiss Federal Institute of Tech...
Laser Microjet gives also excellent results at high power levels Typical applications at high power: cutting of solar cells or hard materials Advantages of using LMJ technology for hard material cutting: Higher throughput than standard diamond blades or electro erosion
The Laser MicroJet® Technology. For the first time ever, it is possible to combine the advantages of both water and laser cutting in one operation. Utilizing the difference in the refractive indices of air and water, the technology behind Laser MicroJet® creates a laser beam that is completely reflected at the air-water interface.
The Laser MicroJet® technology uses a water coupled ns-laser to cut various materials e.g. diamond, semiconductors, ceramics and metals. The laser light is guided to the workpiece by the water jet and the material is cut by the laser radiation. This technology can thus cut the same materials as a dry laser. However, the Laser MicroJet® technology
The Laser MicroJet ® technology enables substantial reduction of total cost of ownership in high-precision material processing. The unique water guided laser beam cuts and drills perfectly ...
The 3-axis LCS 50-3 is an ideal cutting solution for industrial diamond tools thanks to its micro-meter precision and nano-meter edge quality - at costs that are typical for EDM machines ...
Abstract. In 1993, scientists at the Institute of Applied Optics of the Swiss Federal Institute of Technology Lausanne, Switzerland, demonstrated the feasibility of a hybrid laser system using a ...
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.
https://www.synova.ch/ - More information: [email protected] this video to see how Laser MicroJet® (LMJ) is used to 3D cut a watch case from a thick alumi...
