XQL - JH3000 Robot laser welding machine
The robot can be continuously produced for 24 hours a day. With the application of high-speed and efficient welding technology, the efficiency is improved more obviously by using robot welding. Clear product cycle, easy to control product output
1. It has a simple and compact mechanical structure by optimizing the vertical multi-joint structure.
2. Adopt bus structure, easy to expand application, fast running speed. High repeat positioning accuracy, suitable for palletizing, loading and unloading, laser cutting, spraying, polishing and other applications, a wide range of applications.
3. Simple operation, can realize automatic welding, high efficiency, no personnel operation, save labor cost.
4. Good welding effect, welding edge straight and uniform, stable performance, no cracks and pores, high and uniform hardness
5. Welding heat is small, highly consistent, save the time of subsequent processing.
| Machine Model | XQL-JC3000 |
| Laser Source Brand | RAYCUS/XQL LASER |
| Laser Power | 1500W/2000W/3000W |
| Cooling mode | Water cooling |
| Weld penetration | 0.4mm≤ aluminum ≤4mm 0.4mm≤ stainless steel ≤5mm 0.4mm≤ Carbon steel ≤5mm (It depends on the power) |
| Number of axes | 6 |
| Maximum arm span | 1831mm |
| Repeated positioning accuracy | 士0.05mm |
| payload | 20kg |
| Protection class | IP65 |
1.Welding head, 360° rotating swing welding, so that laser welding application more widely, for large workpiece, weld wide workpiece can achieve laser efficient precision welding, weld surface is relatively smooth, beautiful, welding quality is better.
2.Features of handheld laser welding machine, built-in double temperature and double control industrial chiller, constant temperature control of heat dissipation, to ensure that the core optical component heat dissipation with fiber laser, stable and efficient.
3.Electrical control cabinet, stable and improve welding quality, welding quality can be reflected in the form of numerical; Increase labor productivity;
4.Teaching device, low programming threshold, simple and convenient, do not need environmental model; When teaching a practical robot, errors caused by mechanical construction can be corrected.
