CO2 lazeris 10 vatų

FOBA C.0102

Gamybos metai: 2022, Sąlyga: naudotas, mašinos/transporto priemonės numeris: 22220001LWD, Wavelengths, marking head aperture and orientation, IP protection classes, laser power, and much more can be precisely configured to meet your specific requirements. Flexibility is an integral part of these lasers. With marking speeds of up to 2,000 characters per second and line speeds of up to 900 meters per minute, the CO2 marking lasers are ideally suited for marking both simple and complex contents on a wide range of materials—including paper, cardboard, glass, coated metals, and many plastics. This flexibility makes the C-series lasers the optimal partner for laser marking applications across various industries, from automotive components to electronic parts, plastic components, cables, and much more. Whether you need to mark products while stationary or in motion, with simple date codes or complex graphics, the C-series offers the most economical solution for your part marking needs. Apart from its lower laser power, which is optimized for moderate line speeds or stationary marking, the C.0102 offers all the features and advantages that also distinguish the C.0302. The latter is particularly suitable for fast marking in motion (up to 150,000 products per hour) or demanding materials such as certain plastics. The FOBA C.0303* delivers high-quality laser marking at an affordable price. With an output of 30 watts, it is particularly well suited for straightforward marking applications in the electronics and automotive supply industries. It can accurately mark various materials such as plastics, resins, glass, ceramics, wood, paper, and cardboard. Bljdpfow Npywjx Admor Thanks to its compact one-box design, the C.0303 can be quickly and seamlessly integrated into existing production lines. The intuitive FOBA Go user interface allows for easy operation without extensive training. This makes the laser especially attractive for companies that require high-quality markings without compromising on efficiency or cost.