SwiftGT Portable Engraving Marker JPT fiber laser marking machine for Metal Plastic

SwiftGT Split Desktop Fiber Laser Marking Machine with 20W/30W/50W/100W

Model: M-S1F20, M-S1F30, M-S1F50, M-S1F100

Contact: Bryan Wechat/Whatsapp: +86-17840953893

1,Product Introduction

This split desktop fiber laser marking machine adopts miniaturization and lightweight design, which greatly reduces the volume and weight of the whole machine and greatly improves its portability, making it more suitable for all kinds of static marking scenes. This machine is very compact, very light, simple to operate, worry-free and labor-saving. At the same time, it adopts industrial-grade components, with fast marking speed, high precision and excellent performance, making it an ideal choice for desktop fiber laser marking machine.

Fig. 1

2,Product features

ü  Equipped with manual rotating support, flexible adjustment of focus

ü  The chassis body comes with fixed holes, which can fix a variety of clamps

ü  Strong cooling chamber design from the water cooling complex structure, long stability and life assurance

ü  Equipped with high-speed vibration scanner, achieve ≤7000mm/s speed marking, repetition accuracy < 0.001mm

ü  Safety protection, emergency stop button, laser internal fault protection, temperature protection

ü  The high precision F-θ field mirror corrects the distortion, and the minimum line width of the whole processing format is 0.02~0.04mm

3,Application scenarios

ü  Metal and a part of non-metal materials for text graphics and other surface printing

ü  IC chip, 3C parts, mouse and keyboard text precision identification

ü  Food, beverage, daily chemical, building materials, pipes and other industries production date, two-dimensional code high-speed printing

ü  Metal parts and some non-metallic materials deep carving, aluminum, copper, stainless steel, ceramic deep carving

ü  DIY metal jewelry customization, efficient processing of stainless steel, copper, silver

4,Processing effect

Fig. 2

 5,Product parameter index