They will design six laser cutting systems for cutting plastics for a major North American manufacturer of plastics. The company's green laser pointer has good results for plastic cutting at CO2, UV and 532nm wavelengths.
The company's systems engineering combines lasers with a variety of integrated solutions such as x-y work benches, rotary tables, linear assembly lines, robots, articulated arms and vacuum pick-and-roll devices. Laser cutting plastics are key to many industrial applications, including medical, aerospace, packaging and automotive.
In the packaging industry, green laser pointer cutting can be used to make small windows and tear-off lines on the package, as well as to cut the edges and excess material of the product from the package. In the automotive industry, descaling of injection molded parts is one of the main uses of laser trimming systems. Laser cutting and laser trimming systems are also used to reduce costs, eliminate scrap and scrap.
According to reports, a team from the University Hospital of Lausanne, Switzerland, has successfully treated a patient with epilepsy by laser surgery guided by the green laser pointer, which is said to be the first such operation in Europe.
The treatment consisted of imaging the precise area of the affected brain with MR and then applying a laser beam to the area by inserting a small perforated fiber probe into the skull, thus eliminating the need for open brain surgery.
Philippe Ryvlin, head of the Department of Clinical Neuroscience at the University Hospital of Lausanne, said: "When the epileptogenic focus is identified, the procedure is for patients with drug-resistant epilepsy."
Although green laser pointer ablation has been developed for many years as a concept for treating patients with epilepsy, recent improvements in imaging, surgical navigation, and especially real-time thermal control have turned a new approach called laser interstitial hyperthermia (LiTT) into a new method. A more viable alternative to medications.