Recently, the 2023 Ringier Technology Innovation Award ceremony for the Metal Processing Industry was successfully held in Shanghai. A total of 41 technologies were recognized with this technology innovation award. Han’s MP Laser Technology Co., Ltd., a wholly-owned subsidiary of Han’s Laser, received the 2023 Ringier Metal Processing Industry Special Processing Technology Innovation Award for MPS-T5 series pipe laser cutting machine.
In this selection process, a total of 94 innovative technology submissions were received from 82 companies in various sectors, including metal cutting machine tools, metal forming machine tools, and special processing. Apart from expert evaluations, the event also received over 32,200 votes from industry professionals. Eventually, 41 awards were chosen, and Han’s MP’s MPS-T5 professional fiber laser pipe cutting machine was honored with this distinction.
MPS-T5 series practical pipe fiber laser cutting machine is a new generation of professional pipe cutting machine of Han’s MP. It has undergone several technical improvements and upgrades from its predecessor, the MPS-60PT. Equipped with an intelligent control system and a user-friendly interface, it provides real-time feedback on the processing status and supports various pipe processing tasks. The machine is known for its simple operation and reliable performance. To meet market demands, the MPS-T5 offers a wide range of configuration options for different industries and diverse user requirements.
1.Three loading and unloading options are available
Automated and intelligent solutions, currently offering three choices: standard machine, semi-automatic, and fully automatic loading and unloading.
2.Diverse laser power options
Laser power ranging from 1000W to 6000W is available to fulfill high-speed and high-quality processing needs for different material thicknesses.
3.Flexible and abundant configuration options
Key core components can be self-manufactured by Han’s Laser, domestically sourced, or imported. They offer excellent compatibility and high cost-effectiveness.
