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.
Cutting Edges: Smart Cutting
Advancements create fast and accurate cuts, which results in smoother edges and ensures your shop’s success.
Advancements create fast and accurate cuts, which results in smoother edges and ensures your shop’s success.
Nano-joint technology allows fabricators to keep small parts securely attached to the nest without a hard tab that is difficult to break or requires clean up.
The ability to perform edge contouring on flat sheet cutting lasers makes laser cutting even more flexible as a fabrication tool.
Fiber laser machines are no longer available just with 4kW and 6kW. As machines become more powerful, fabricators are taking advantage of the ability to cut a wider range of material types and thicknesses, faster cutting and piercing speeds, and better edge quality.
There’s a big difference between just cutting fast and achieving impressive throughput. As machines become faster, factories must properly manage downstream handling processes.
Fagor Arrasate, which manufactures solutions for presses and stamping systems, has integrated Danobatgroup’s coil laser cutting tech.
When you buy Kern, you buy American Made.
AMADA AMERICA introduces the REGIUS 3015 AJ Series and BREVIIS 1212AJ Laser Cutting Systems.
Metal Forming & Fabricating Industry News
