The integration of the electric cabinet/laser with the equipment eliminates the need for secondary disassembly and assembly, preventing contamination of optical components and reducing installation time to a mere two hours. Additionally, the modular splicing design allows for straightforward and easy maintenance.
Please refer to the video below for further information.
The internal structure utilizes a combination of hollow and fish-scale anti-burn design, providing comprehensive protection for the overall structure.
The bed is welded using multiple rectangular pipes, with stiffeners placed inside the pipes to enhance its strength and tensile properties.
The entire frame undergoes high-temperature annealing and is shot blasted at high speed. Additionally, stress relief technology is applied to effectively prevent bed deformation and ensure no deformation occurs even after 20 years of use.
Our fiber laser source lineup comprises renowned brands such as Raycus (China), n-Light (USA), and IPG (Germany), with power capacities ranging from 1000W to 20,000W.
We offer a fiber laser source with a constant beam parameter product (BPP) across its full power range, ensuring good beam quality with a small spot size. Additionally, this source boasts an electro-optic conversion efficiency of over 30%.
Our laser source boasts a modular "plug and play" design, with a compact and robust structure that enables effortless installation.
Cypcut cutting software is a fiber laser cutting software uniquely developed in China. It is specifically designed to optimize the performance of fiber laser cutting machines.
Cypcut cutting software boasts easy installation and straightforward debugging, coupled with outstanding performance. It also supports power-based speed adjustment, providing additional flexibility to its users.
Additionally, the software allows for separate import linear speed settings and boasts a robust cutting process database.
The purpose of this is to lower the overall temperature within the electrical enclosure and ensure its smooth and stable operation. This is achieved by facilitating the dissipation of heat generated by the electrical components.