+8615853160596 
sales@jnweihua.com
+8615853160596
sales@jnweihua.com
Picosecond glass laser cutting machine is a precision cutting device that uses low-energy pulses to achieve high peak optical power. By taking advantage of the low thermal diffusion characteristics, it can break materials before heat is transferred to surrounding areas, allowing for high-precision cutting without damaging the material structure. Mainly used for glass cutting.
| Machine Name | Picosecond Laser Glass Cutting Machine |
| Laser power | 30w 50w 70w |
| Work size | 500x400mm |
| Laser source wavelength | 1064um |
| Laser source | Wuhan Huaray laser |
| Function | Cutting glass |
| Cutting speed | 0-500mm/s adjustable |
| Control System Brand | Cypcut |
| Supported files | DXF,PLT,DWG |
| Servo Motor | Yaskawa |
| Cooling system | Constant temperature water cooling |
| Machine structure | Sheet metal welding |
| Work table | Marble |
| Reposition accuracy | ±1.5um |
| Vacuum adsorption | Intelligent vacuum constant pressure adsorption system |
| CCD Vision positioning accuracy | ±3um |
| Cutting head | Glass special cutting head |
| Machine dimension | 1785x1520x1950mm |
| Machine weight | 1600kgs |
Using high-performance picosecond laser for cutting, the laser has ultra-high peak power, ultra-narrow pulse width, high pulse stability, and a small focused spot size, resulting in product incisions as small as only 2-3mm.
Featuring a high-precision two-dimensional linear motor platform and a fully closed-loop grating detection control system, combined with a 2Y interactive dual-workstation configuration, it effectively reduces waiting time for material loading and unloading.
Ultra-short pulse processing with no heat conduction is suitable for high-speed cutting of brittle materials. It also features CCD visual pre-scanning and automatic target capture positioning.
The CNC fiber laser cutting machine is designed with a high-rigidity structure and features a machine base composed of shock-absorbing machine feet cups and natural marble. This design not only reduces the inertial vibrations generated during the startup, stop, and acceleration processes of the worktable but also effectively prevents bed deformation caused by temperature differences resulting from climate changes.
