Used UNIQUE XYTL 1000 #9378198 for sale

UNIQUE XYTL 1000 is a cutting and welding laser device designed for use in a variety of industrial applications. Consisting of a laser source, resonator, and optics, XYTL 1000 is able to cut and weld a wide range of materials in an efficient and cost-effective manner. UNIQUE XYTL 1000's laser source is a state-of-the-art diode laser capable of handling a variety of applications and materials. The laser has a power output of 1,000 watts and can generate laser pulses of up to 1,500 HZ, making it capable of cutting and welding materials thicker than 2.0 mm. The resonator system of XYTL 1000 is a stable and reliable single-mode diode coupling system with a circulating design that uses laser energy more efficiently. The self-cooled resonator allows UNIQUE XYTL 1000 to work from a continuous flow of energy that allows for fast and precise cutting and welding. The optics of XYTL 1000 is a UNIQUE all-in-one design allowing for a multi-stage process for both cutting and welding. The optics is able to deliver a focused and concentrated laser beam to the workpiece, enabling UNIQUE XYTL 1000 to cut and weld rapidly and accurately. The system is also able to deliver a constant and adjustable level of laser energy compatible with a range of materials. XYTL 1000's optics also features a multi-stage focal adjustment, allowing for easy adjustments in the cutting or welding process. UNIQUE XYTL 1000 can be used for a variety of applications, including: cutting stainless steel, aluminum and other metals, welding aluminum, Corian, and a variety of other materials, and deep-marking stainless steel, anodized aluminum and other industrial parts. Additionally, XYTL 1000's precision and accuracy make it ideal for use in jewelry applications such as gold and silver preparation. Overall, UNIQUE XYTL 1000 is an advanced and highly efficient laser cutting and welding device capable of delivering high-precision cuts and welds, making it perfect for use in a variety of industrial and jewelry applications.