RJS Laser are pleased to announce the addition of their new 24kW Trumpf Laser, complete with the cutting package for thick sheets, to their production line – a state of the art system based on TruDisk 24001 technology that delivers exceptional cutting performance and reliability. This advanced machine is engineered to meet the evolving demands of modern manufacturing by combining high precision with outstanding process flexibility.
Key features and capabilities include:
• A maximum laser power of 24kW, which enables rapid processing and significantly increased productivity.
• With the thick sheet cutting package installed, the system is capable of processing mild steel and stainless steel up to 60mm thick, ensuring robust performance across a range of material grades.
• Versatility across materials – aluminium can be cut up to 40mm thick, copper up to 16mm, and brass up to 12.7mm, while still delivering excellent results on stainless steel.
• The innovative Integrated Gas Mixer ensures precise gas mixtures for optimised cutting performance and superior edge quality, enhancing overall process efficiency.
• FlexLine technology offers robust and consistent cutting even on materials with fluctuating properties, further expanding the machine’s versatility and reliability.
• Additional features such as BrightLine fibre optics, CoolLine technology for optimised thick mild steel cutting, and smart assistance systems, including Nanojoints and advanced collision prevention, further enhance process reliability.
Since its installation, this cutting-edge laser has already made a significant impact on the operational efficiency and product quality at RJS Laser. The whole team are excited by the enhanced opportunities it presents and remain confident that it will help continue to meet their customers’ evolving needs.
General Manager, Jamie Smedley said “Working with the 24kW Trumpf laser has revolutionised our processes, proving that cutting edge technology is key to our future success as well as giving our customers the best option possible.”
