Used GRANDA TECHNOLOGY / SHENZHEN GM86 #9363790 for sale

GRANDA TECHNOLOGY / SHENZHEN GM86 is a high-power diode-pumped laser, made of solid-state materials and designed with a high level of precision and detail. Its nanosecond-level pulse generation performance make it ideal for applications in welding, marking, engraving, and machining. The laser uses Nd:YAG rods to create a powerful beam, and an advanced multilayer heat sink and advanced cooling system to ensure maximum efficiency. This laser uses a Nd:YAG rod to create a beam with a wavelength of 1064 μm. The laser beam unit includes a set of thin quartz plates to reduce the intensity of the light and shape the beam for optimal use. The beam can be stepped down into multiple power settings, enabling higher performance in many applications. The beam can be further fine-tuned with the help of special optics, such as focusing lenses, beam splitters, and reflectors. Additionally, the laser features a built-in digital temperature sensor and manual on/off control, enabling easy operation and control. The advanced cooling system of SHENZHEN GM86 ensures reliable operation and safety. It includes a combination of liquid and air cooling that dissipates the heat generated by the laser, while keeping electronics cool and preventing malfunctions. Additionally, the laser has a built-in monitor to keep track of the temperature and a communication port for connecting to other equipment. The laser is designed with a high focus on precision and detail. The laser is composed of high-quality materials, and its design encourages maximum power output and efficient operation. Additionally, the laser has a working distance of up to 15mm, ensuring precise and accurate cutting results at a high speed. In conclusion, GRANDA TECHNOLOGY GM86 is a powerful and reliable laser that is ideal for welding, engraving, machining, and other applications. Its advanced cooling and precision-oriented design, along with its high power output, make it an ideal choice for a wide range of applications.