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Femtosecond laser INDYLIT 20 series
fibergreeninfrared

femtosecond laser
femtosecond laser
femtosecond laser
femtosecond laser
femtosecond laser
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Characteristics

Operational mode
femtosecond
Technology
fiber
Spectrum
infrared, green, adjustable wavelength
Applications
cutting, industrial, for marking, for the plastics industry, for medical equipment, for machining, for materials processing, for automotive applications, for micro-machining, for metal, for the glass industry, device manufacturing, for workstations, R&D, for semiconductors, for displays
Other characteristics
precision, compact, OEM, sealed, high-performance, adjustable, multimode, low-noise, for integration, ultracompact, air-cooled, stabilized, ultra-fast
Power

Max.: 20 W

Min.: 3 W

Wavelength

515 nm, 1,030 nm

Description

The Indylit 20 is an air-cooled industrial femtosecond laser designed for a variety of ultrafast applications. The laser head features an innovative passively cooled design, ensuring the high stability of the optical parameters in a wide range of environmental temperatures (18 - 32°C). The emitted average output power of >18 W combined with passive cooling makes it unique in the market among other competing 20 W class lasers. The laser emits high-energy (>130 μJ) pulses as short as 400 fs at a wavelength of 1030 nm. The output beam has excellent quality parameters with an M 2 value better than 1.2 and circularity better than 0.9. Precise timing electronics enable users to choose from a wide range of pulse repetition rates (100 kHz - 1.6 MHz) and benefit from pulse control options, such as frequency division, gating, burst mode, or on-the-fly power control. The built-in harmonics module extends the accessible wavelengths into the visible range, providing 7 W power at 515 nm with similarly good beam quality parameters as the IR beam. Furthermore, the laser features one of the smallest form factors in its class. The outstanding features of this laser make it a game-changer for the most demanding material processing applications. Common industrial applications include black and color marking, glass and ceramics micro-processing, semiconductor dicing, PCB and flex-PCB cutting and trimming, and additive and subtractive 3D manufacturing. The laser is also an ideal choice for applications targeting the medical market, such as blood vessel stent manufacturing, microfluidic devices, dentistry, and surgery.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.