The laser processing machine is a versatile tool that doesn't wear out!
A laser is light that is artificially created by a laser oscillator. The main component within the laser oscillator that generates laser light is called the "optical resonator." In the optical resonator, the medium absorbs and emits energy between two opposing mirrors, amplifying the light (electromagnetic waves). These two facing mirrors direct the laser light in a specific direction and amplify the light. One of the mirrors is a partially reflective mirror, allowing a portion of the condensed energy (laser light) to be supplied to the outside. Laser processing machines can use this light to process materials. **Characteristics of Laser Beams** - The wavelength is constant, and the peaks and valleys of the waves are synchronized over time (coherence). - Using lenses, it is possible to focus the laser on materials. - It generates very high energy, allowing for cutting and engraving of materials. *For more details, please refer to the related links or feel free to contact us.*
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**Features of Trotec Laser Processing Machines** - Protection of optical and drive components from gases and dust generated within the processing area through proprietary InPack technology - High-speed and high-precision processing quality - 100% ceramic oscillator with high durability - Intuitive operation from editing to processing *For more details, please download the PDF or feel free to contact us.*
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Trotec was established in 1997 in Austria as one of the research institutions of the Trodat Group. Since then, Trotec has been researching cutting-edge technology for laser processing machines and has developed and manufactured machines that excel in engraving, cutting, and marking processing techniques. Trotec's laser processing machines are highly regarded for their speed, precision, and durability, and are currently used in over 90 countries. Additionally, since 2013, they have held the number one position in sales volume and revenue for plotter-type laser processing machines worldwide. In Japan, they are utilized by universities, educational institutions, and businesses for a wide range of applications from "manufacturing" to "prototyping." *Laser processing machines are synonymous with laser engraving machines and laser cutters.
