Used DAIFUKU 275-705701 #9276582 for sale

DAIFUKU 275-705701 is a 10.6μm CO2 laser that is a mid-size class among longer life lasers. It is highly energy-efficient and characterized by a long operational life of more than 10,000 hours. Power output ranges from 30W to 275W, and modulation pulse control from 10-80kHz is available. The wavelength is fixed at 10.6μm, and the wavelength stability at the output is excellent with a wavelength variation of less than ±2.5%. The laser facula diameter of 275-705701 is adjustable from 0.5 mm to 8.0 mm, and you can use it for a wide variety of applications. It also offers an adjustable pulse width modulation that ranges from 2.4μs to 4.8μs. You can adjust the pulse width with a single knob for easy operation. The laser has an excellent pointing stability with a beam stability of ±0.5mrad and a divergence angle of less than 0.3mrad. The thermal design of the laser is also worth noting, as it features a unique cooling system that accurately controls the internal temperature. This innovative cooling system ensures efficient heat dissipation and leads to long term durability of the laser. The laser also has a built-in automatic shutter function that can be activated to switch off the laser when it is not in use or if sudden beam shifts occur. The laser features a special end-pumped design and is equipped with an excellent optical design, making it ideal for applications such as marking, engraving, cutting, and welding. It also offers ultra-fast cutting speeds, enabling high-speed engravings and cutting of all types of materials. In addition, the laser is designed with an optimal wavelength of 10.6 μm, which is suitable for applications that require high accuracy and excellent consistency. This allows for precise results with minimal edge effects, enabling smoother curves and high-precision machining. Moreover, the laser is designed with a sophisticated control system for auto-tuning, which can be configured for automated adjustments, making operation easier no matter what the application.