20-200w Pulsed fiber laser Max laser source Raycus laser

High quality pulsed fiber laser source 20w 30w 50w 100w 200w

Brand: Max/Raycus

Pulsed fiber lasers generate a laser beam in pulsed mode and have numerous applications in various industries. The pulsed properties of these lasers allow precise control of the energy and duration of the laser pulses, opening up opportunities for specific applications. Here are some common applications for pulsed fiber lasers:

Marking and Engraving: Pulsed fiber lasers are widely used for laser marking and engraving applications on a variety of materials, including metals, plastics, ceramics and glass. Pulse mode enables precise material removal and creation of permanent marks or patterns.

Micromachining: Pulsed fiber lasers are ideal for micromachining applications such as micromachining, microwelding, and microdrilling. Short, high-energy pulses enable precise material removal with minimal heat-affected zone, making it suitable for delicate and intricate jobs.

Thin Film and PCB Processing: Pulsed fiber lasers are used for thin film processing, including thin film solar cells and semiconductors. They can selectively remove or pattern thin films with high precision. Additionally, they are used in the manufacture of printed circuit boards (PCBs) for cutting, drilling and creating vias.

Medical Applications: Pulsed fiber lasers have found applications in medical fields such as dermatology, ophthalmology and dentistry. They are used in procedures such as tattoo and birthmark removal, orthokeratology and dental cavity preparation.

Scientific research: Pulsed fiber lasers are widely used in scientific research, especially in fields such as spectroscopy, microscopy and nonlinear optics. They deliver tunable ultrafast pulses that enable the precise measurement and study of various phenomena.

Laser Cleaning: Pulsed fiber lasers are used in laser cleaning applications to remove contaminants, coatings or oxide layers from surfaces. Controlled pulse energy enables efficient cleaning without damaging underlying materials.

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