Laser Cutting Systems
These machines use either gas laser (CO2) or solid-state laser (YAG, disc and fiber) technology to generate a focused, precise pulsed laser beam or continuous wave laser beam that pierces through a wide variety of materials in flat sheet, tube, channel or structural shapes, then essentially melts the material away as it follows a programmed path for rapidly cutting holes, shapes and fine features, marking and engraving, leaving a highly accurate and smooth finish.
Corporate Profile: Mazak Optonics Corp.
Your partner for innovation.
New large bed fiber laser provides 8′-x-20′ capacity resulting in breakthrough production and unmatched versatility.
Investing in cutting systems driven by advanced automation capabilities and intuitive controls is a strategic move for fabricators looking to boost performance, manage waste and reduce costs. Laser Cutting Machine Outperforms Higher Wattage Lasers at Lower Operating Cost AMADA AMERICA…
Davi Inc. continues to invest heavily in research and development to develop new solutions in plate roll and angle roll machinery.
With more than 20 kilowatts of power available, cutting thickness limits can be pushed to as thick as 2”, allowing fabricators to bring the speed, precision and cutting quality of the laser to a new range of parts and products.
The LT12 can cut light and heavy tubes and profiles up to 305 mm in diameter, while providing flexibility, high performance and speed — 55% less cutting time than other machines capable of the same maximum diameter.
Bystronic’s new ByCut Eco models 3015 and 4020 are simple, robust and affordable.
MC Machinery/Mitsubishi Laser introduces a new patented gas- and burr-reduction technology for the Mitsubishi GX-F ADVANCED Series of AI-enabled fiber lasers.
