Used MESSER GRIESHEIM LASCONTUR 2002 #9026071 for sale

MESSER GRIESHEIM LASCONTUR 2002 is a versatile and powerful laser equipment capable of precision cutting, welding, and marking of a wide variety of materials. It utilizes a Nd:YAG (neodymium-doped yttrium aluminium garnet) laser source to generate focused monochromatic light with a wavelength of 1.064 microns. The laser source is powered by an RF-excited generator which allows fast and efficient processing rates. LASCONTUR 2002 has a maximum power output of 2600 watts and can be used to work with both metallic and non-metallic materials, including aluminum, brass, and stainless steel. Laser marking results in a high-quality, deep, durable, and permanent marking, and can be used to create text, drawings, logos, and barcodes. Additionally, the laser system is capable of producing laser welds to join two components, with digital processing providing an improved level of accuracy and consistency compared to manual seam welding techniques. MESSER GRIESHEIM LASCONTUR 2002 is equipped with a 4-axis universal robot, providing flexibility and efficiency in laser cutting operations. The robot is equipped with a 5K ccd camera and a 3D laser scanning unit to ensure accurate alignment of the cutting path throughout the process. The cutting head can be fitted with a wide variety of different nozzle sizes to provide a wide range of cut dimensions and shapes. This highly reliable and effective laser machine is an ideal solution for light gauge metal fabrication, providing faster speeds, higher accuracy, and greater precision than manual methods. LASCONTUR 2002 is controllable via an easy to use graphical user interface and can be integrated into existing automated production lines. Finally, MESSER GRIESHEIM LASCONTUR 2002 is designed to comply with stringent safety standards. The enclosed design safely contains the laser beam, while state-of-the-art safety measures protect the tool from unauthorized operation and reduce the risk of injury. Furthermore, environmental protection systems, such as a built-in dust and smoke extraction, can be incorporated to maximize the efficiency and performance of the laser asset.