Laser 3D printing is a technology that uses a laser to rapidly melt materials and build up layers to form part structures. Among them, the metal laying powder 3D printing technology is the most representative. Different from the traditional subtractive manufacturing, metal powder 3D printing technology has superior manufacturing efficiency, richer structural design, and higher molding accuracy and other advantages. It is more and more recognized in automobile manufacturing, aerospace, precision manufacturing and other fields, and metal laying powder 3D printing technology is also widely used by virtue of "high efficiency" and "high quality" manufacturing mode.

As a manufacturer of 3D printing lasers, GW Laser provides customers with many long-term stable products, and has a good reputation and many loyal users in the field of 3D printing. Today, we will reveal the "two lows and three highs" of GW Laser's PS series products.

Ultra-low attenuation

Adopting 976nm high-efficiency pumping technology, the electro-optical conversion efficiency is >42%, with higher energy efficiency utilization. The power attenuation can be controlled in the range of <3%/year after the practical certification by GW Laser Lab and many customers.

Ultra-low electro-optical response

Unique electrical control, electro-optical signal ultra-low delay, response time <20us, in the realization of higher printing speed, but also to ensure printing accuracy and improve equipment reliability.

Ultra-high stability

Output power closed-loop control, power fluctuations can be controlled within 5W, higher stability. At the same time, excellent beam quality M² ≤ 1.1, excellent power density, can meet the precision requirements of precision medical, aerospace military and other cutting-edge industries.

Ultra-high integration

Standard 19-inch unibody closed chassis, 570*482*66mm ultra-small volume, <15kg ultra-light weight, space-saving, modular design is easy to integrate.

High Compatibility

10/14um ultra-small core diameter options, support for QBH, QCS (12mm, 5mm, 7.5mm) and other output heads, compatible with the market commonly used 3D printing boards, through the host computer software or web page at a glance to monitor the status of the laser.

From the "pioneer of 976nm high-efficiency bi-directional pumping technology" to the "global leader in high-brightness fiber lasers", GW Laser has always been committed to the exploration of cutting-edge technology. At present, the substitution of localization in the additive manufacturing industry is another embodiment of China's rapid progress in laser technology. As the head supplier of fiber lasers in the additive manufacturing industry, GW Laser will continue to focus on advanced laser technology to provide more cutting-edge technology and solutions for the industry, and to promote China's laser towards innovation, specialization, internationalization and good development.