Product DescriptionDepeng Factory Supply High Precision Small Laser Cutter Laser Cutting Machine For Art Craft Industry SpecificationModelDPE-0606LLaser source typeFiber sourceLaser Out Power1070nmLaser wavelength500W-2200WCutting range600×600mmMinimum line width<0.1mmTransfer methodDouble Drive Li

Abstract: As the most active laser light source device, fiber laser is a frontier subject of laser technology. This article discusses the characteristics and basic principles of fiber lasers, and summarizes the recent developments in fiber lasers.1. Introduction Fiber laser is a technology developed

Domestic low-power fiber lasers are mainly used in 3C product marking, micro-engraving and other fine processing fields. Domestic medium-power fiber lasers are widely used in the field of metal sheet cutting and welding, and sales are expected to maintain rapid growth in the next few years. Domestic high-power fiber lasers above kilowatts are mainly used in industrial fields such as laser cutting, perforation, welding, etc. With the advancement of light weight in my country's automobile industry and the application expansion of the composite material processing market, high-power lasers have good development prospects. In the next few years, the application hotspots of my country’s laser industry will include laser cleaning (paint removal, oil removal, oxide removal, screw cleaning, rust removal, weld cleaning, mold repair, etc.), laser welding, ultra-fast pulse picoseconds/ Femtosecond laser applications, etc.

The module composition of fiber lasers is divided into single-mode and multi-mode. In cutting applications, the focused spot has a great influence on the quality of the cut. The core of single-mode lasers is relatively thin, and the beam quality is better than that of multi-mode, and the energy distribution It has a Gaussian distribution, with the highest energy density in the middle, and the three-dimensional image is a sharp round mountain peak.

In recent years, fiber laser cutting technology has begun to be widely used in the industry. In 2014, fiber lasers surpassed CO2 lasers to become the largest share of laser sources.Fiber laser cutting not only provides the cutting speed and quality that CO2 laser cutting can achieve, but also signif

This is an industry story, but let me talk about simple scientific common sense first.The laser is one of the major scientific and technological inventions in the 20th century. Its English name is "Laser". In 1964, Qian Xuesen suggested that it be named "Laser" in Chinese. The scientific principle o

Advantage: 1. Wide power range (10W-300W) 2. Large single pulse energy (8mJ) 3. Wide frequency range (20～350kHz) Typical applications: stainless steel blackening, metal deep carving, plastic marking, paint stripping, laser cleaning, inductance coil

The photoelectric conversion rate of this series of 2μm wavelength Thulium-doped continuous fiber lasers developed by Feibo Laser can reach more than 20%, which is more energy-efficient than CO2 lasers. Coupled with the characteristics of simple structure, good beam quality, easy integration, easy operation and maintenance-free of thulium-doped fiber laser, it is expected that it will show its talents in the wood cutting field in the future and gradually replace CO2 lasers.

In our suggestion, if your tube products very less, no need buy this mutiple mode, coz compare extra cost, is not ecnomic option; and if your tube cutting require lots of, then better considring buy extra professional tube cutting machine, coz much better tube cutting speed, and highly cutting preci