Micro-machining laser sources

Power: 280 W - 320 W
Wavelength: 9.2 µm - 10.8 µm

... beam-shaping optical system

Power: 80 W - 200 W
Wavelength: 9.2 µm - 10.8 µm

... >

Power: 70 W - 80 W
Wavelength: 9.2 µm - 10.8 µm

... Overview CO₂ Laser HLW Series is a CO₂ laser generator designed for marking, cutting and processing various non-metallic materials. It features high operational stability and an industrial dust-proof design suitable ...

Power: 80 W - 200 W
Wavelength: 9.2 µm - 10.8 µm

... specifications

• Model: HLC Series
• Laser type: CO₂ laser
• Beam quality: quasi-fundamental Gaussian beams, beam ellipticity <1.5:1
• Design: advanced dustproof design, compact

Power: 20 W - 100 W

... Series delivers stable high-power laser output while achieving a substantial improvement in peak power. It is designed for laser processing tasks that require high peak power, such as glass cutting and drilling, laser ...

Power: 20 W
Wavelength: 1,030 nm

... Pulse Amplification (CPA) and proprietary technologies for stable, high-performance machining.

Power: 20 W - 50 W
Wavelength: 1,030 nm

... >Near-diffraction-limited beam quality

Power: 50, 30, 75, 100, 1,000 W
Wavelength: 517 nm - 642 nm

... Overview
Utilizing laser pulses measured in billionths of a second, green and visible wavelength nanosecond fiber lasers provide precise material interaction for microprocessing and non-metal applications. IPG ...

Power: 50 W
Wavelength: 515 nm

... Overview
Green ultrafast fiber lasers integrate a fully aligned-free second harmonic module to deliver ~515 nm output for applications where green wavelength absorption is advantageous (polymers, copper, ceramics). They provide ...

Power: 3 W - 20 W
Wavelength: 514 nm - 1,032 nm

... Overview
JPT-LIT 20 is a compact femtosecond ultrafast laser with passive air cooling, engineered for industrial micromachining, semiconductor processing and scientific applications. It delivers ultra-short ...

Power: 20, 60 W
Wavelength: 1,035 nm

... Product Overview
The JPT FS Series femtosecond infrared fiber lasers deliver ultrashort pulses (<400 fs) with high single‑pulse energy (>40 μJ) for extremely high peak power and sub‑micrometric precision. Built on a full‑fiber ...