Used LAMBDA PHYSIK LPX 240 #9180537 for sale

LAMBDA PHYSIK LPX 240
Manufacturer
LAMBDA PHYSIK
Model
LPX 240
ID: 9180537
Laser tubes P13 Electrodes 2nd Generation JPSA Soft pre-ionization upgrade.
LAMBDA PHYSIK LPX 240 is an excimer laser used for microfabrication and material processing applications. It is capable of producing high-energy pulses of ultraviolet light for a variety of scientific and industrial applications. LAMBDA PHYSIK LPX-240 is an uprated version of the LPX 220, offering improved equipment performance. The system operates at a wavelength of 248 nm with a power of up to 250mJ per pulse. It features an automated wavelength calibration unit, allowing for precise wavelength control for optimal output. It also has a long life span with up to 500,000 shots per pulse module. The versatile LPX 240 can be used for a wide array of tasks, such as ablation, etching, photo-ablation, surface structuring and direct-write lithography. This laser is capable of machining or processing a wide range of materials such as glass, plastics, semiconductors, metals, ceramics, and even human tissue and biomolecules. It works by focusing a beam of ultraviolet light into a small area, with the focused laser energy breaking the bonds of the material, resulting in a precise and accurate cutting pattern. In terms of safety, LPX-240 is ISO 10373-8 compliant and conforms to EU/EN 60601-2-22 and Rádiation Protection Directive 2013/59/Euratom standards. It has an adjustable max power density to prevent any laser-induced damage to the substrates or material. The laser has an integrated fiber-optic monitor which tracks and adapts the beam power during operation. LAMBDA PHYSIK LPX 240 also has an interlock machine which can be used in combination with external safety systems for added safety. In conclusion, LAMBDA PHYSIK LPX-240 is an efficient and powerful excimer laser used for a wide range of microfabrication and material processing tasks. It produces high-energy ultraviolet pulses with a wavelength of 248 nm, with a power of up to 250mJ per pulse. Its long lifespan, adjustable max power density, ISO 10373-8 compliance, and safety features make it an ideal choice for a variety of industrial and scientific applications.
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