Laser Cutting Systems
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Abrasive Waterjet Technology Raises the Bar
MAXIEM JetMachining Centers from OMAX bring unprecedented waterjet cutting capabilities to fabrication and job shops, OEMs, metal service centers, trade schools, and architectural, sign, stone and gasket shops.
The Cutting Edge of Fiber Laser Processing Technology
The LS3015FC Fiber Laser from Murata Machinery USA advances precision cutting with a solid state fiber laser beam that enhances the ability to process sheet metal and highly reflective materials such as copper and aluminum while significantly reducing maintenance and operating costs.
Bystronic Announces The Ultimate Challenge Event
Bystronic invites shops that manufacture parts in the material range under 3/16 in to take part in this challenge and learn first-hand how new fiber laser technology can benefit their bottom line profits.
Mazak Optonics Welcomes New GM of Customer Service
Mark Dilling will now be responsible for all issues related to customer satisfaction including equipment installation, machine training, technical services and parts delivery.
IMG Expands Capabilities with MC Machinery Systems
By adding a new waterjet and laser the company can now manufacture parts to completion without the need for an outside source. It also allows IMG to create custom-sized gaskets with essentially no lead time, a huge benefit to clients that require a lot of specialty fabrication.
Going “Green” with Laser Cutting Systems
The ByLaser 6000 and ByLaser 4400BCL series resonators from Bystronic reduce energy costs, reduce carbon footprint and possible state or local incentives for electrical efficiency.
Advanced Software Drives Laser Cutting of Electrical Laminations
European Electrical Laminations uses Lantek Expert CAD/CAM software on its Trumpf laser cutting machines to produce electrical laminations for stators and rotors, armatures, stator segments, and pole laminations for motors and generators used in wind turbines, high speed rail and power generation.
Keeping Pace With Production: Automating Your Solid-State Laser
When a laser system is waiting for material handling, it is not making money. Automated systems must be able to cope with the common differences between laser types. The process of selecting the best choice becomes increasingly involved when the system uses solid state laser cutting machines. Here are some important points to consider.
2D Tube Gear Laser for High-Speed Tube & Pipe Cutting
The TUBE GEAR 2D laser-cutting machine from Mazak Optonics uses a triple chuck system that minimizes warp and material vibration when cutting thin-walled square tube and pipe with diameters of up to 6 in.
Advanced 5-Axis Fiber Laser Cutting System
The cantilever-style NTC TLH 5-axis fiber laser processing system from Komatsu NTC America achieves processing times two to three times faster than traditional CO2 and provide significant savings in operating costs. This system is ideal for hot stamping applications and high speed cutting of thin gage mild steel, aluminum or stainless steel up to ¼ in.
Third Generation Six-Axis System for Machining Formed Metal Parts
The LASERDYNE 430 series of systems from Prima Power Laserdyne are designed for cutting, welding and drilling of 2D and 3D drawn, thermoformed, hydroformed, punched, stamped and spun metal parts.
Breakthroughs in Laser Cutting
Suddenly, the range of applications where CO2 lasers had an advantage is significantly smaller. For the first time, an all-purpose solid-state 2D laser cutting machine can cut all the standard types and thicknesses of materials at excellent quality without downtime – one of several groundbreaking technologies that will change the way shops choose to invest.
