During the process, the software would send commends to the laser to move at the exact speed, direction, and distance according to information provided by designed files to achieve excate results and get the same images to the design file. To engrave an image, the laser engraving machine would move and engrave from point to point or from line to line. The Z-axis would be used to adjust laser focal length. The Y-axis allows the laser to move forward or backward. The X-axis would allow the laser to move in the left and right directions. For a laser engraving machine, there are usually three axes: the X-axis, the Y-axis, and the Z-axis. To get a better idea of how it works, let’s start with how a laser engraver works. Why engraving on a cylindrical surface would be a problem? How does rotary attachment help solve the problem? It is specially designed for laser engraving machines to make it possible to engrave on cylindrical and curved surfaces or objects. Part One: What’s a laser rotary attachment? How does it work?Ī laser rotary attachment is also known as a rotary roller or rotation module. What’s a rotary attachment? How does it work? How to get more out of it? What’s the best product option in the market? You might find answers to all questions through this post.

In this post, we have included almost everything you might need to know about it. If you are new to laser engraving or have no idea about it, please keep on reading. Besides, we provide complete after-sales services, which responds to clients' after-sales needs quickly.If there are any must-have tools for laser engraving, laser rotary attachment would be on top of the list without any doubt.

We have complete mechanical processing and sheet metal processing capabilities, and high related supporting capabilities of laser equipments. We owns the independent intellectual property rights. Gainlaser has a 100-class dust-free purification laboratory and production workshop, equipped with complete instruments and equipments for solid-state laser testing and auxiliary production. Our R&D team is led by Professor Huang Guobiao, former director of SSL Research Center of HUST University, who developed the first picosecond laser in China. Since 2002 established, our group company has been engaging in laser equipments. is a professional manufacturer of DPSS nanosecond lasers(355nm, 532nm & 1064nm), DPSS picosecond lasers(1064nm), scan head(355nm, 532nm, 1064nm & 10.6μm) and laser marking machines in Shenzhen, China. Shenzhen Gainlaser Laser Technology Co., Ltd.

Universal laser systems rotary fixture