AMADA's Fiber Laser Cutting Systems range from 3kW to 12kW. Their advanced motion and innovative beam delivery systems are engineered to raise productivity, increase cut quality and reduce operating costs.

Aug 12, 2024 · A Fiber Laser Cutting Machine operates by generating a high-intensity laser beam from a solid-state fiber laser source. This beam is then precisely directed and focused through a sophisticated optical path system, resulting in an extremely concentrated laser beam with exceptional power density.

Overview of Laser Cut Materials; Metal Cutting; Metal Marking & Etching; Wood Cutting & Engraving; Glass Etching & Acrylic Laser Cutting; Acrylic & Plastic; ... Fiber & CO2 in One Machine; 155w CO2 & 1kW Fiber; 4’x8′ Work Area; Learn More. EcoMAX. 1kW, 1,5kW, or 2kW; Work with oversize material; 6’x13′ Work Area; Learn More. FC Elite.

Delivering precise and consistent cutting for metal, Fiber Lasers from LAGUNA allow you to drastically improve production and quality.

Nov 23, 2024 · Fiber Laser Cutting is a hot cutting method that utilizes a focused high-power density laser beam as the main heat source. This causes the irradiated materials to rapidly melt, evaporate, ablate, or reach ignition point.

Jan 20, 2024 · Discover the best fiber laser cutting machines for beginners to pros; this expert roundup cuts through the noise to highlight top performers for precision and value.

With a wide variety of fiber LASER metal cutting machines, from 1kW to 20kW, and options for multiple LASER cutting assist gas types, we can help you become more efficient than ever. Piranha offers a comprehensive range of thermal metal cutting solutions to meet your needs.

OMTech FC-105 is the most desired open bed laser cutter for varied metal fabrication purposes, and comes equipped with an industry leading IPG power source with customizable options from 1.5 kW to 4 kW power source reaching 1333 mm/s speed (1 G acceleration) and increased accuracy compared to our FC-105C.

Jan 22, 2025 · A fiber laser cutting machine operates by emitting a highly focused laser beam through a fiber optic cable, which is then directed onto the material to be cut. The beam, generated by active optical fibers and amplified through a process involving optical pumping and mirrors, melts or vaporizes the material at the targeted spot.