Laser marking device, fiber/UV laser

FOBA M3000-R - Y.0201-DN

The compact FOBA M1000 laser workstation is designed for high-quality laser marking of small components, medium-sized workpieces, and small production runs. In addition to the automotive industry and the metal, tool, and mechanical engineering sectors, this small and mobile universal marking machine is particularly suitable for medical technology, plastics processing industries, and contract laser marking (e.g., promotional items). The M1000 enables both small metallic and plastic components and series to be marked efficiently and with high-quality results.

Operating in laser class 1, the marking station features a programmable Z-axis, a small work table, and a smooth manual or optionally electrically operated lift door that provides access to the interior from three sides. To cover a wide range of applications, various fiber laser markers can be integrated.

Main application areas:
Automotive and automotive supply industry, tool and mold making, mechanical engineering, medical technology, plastics processing industries, contract laser marking (e.g., promotional items).

The M-Series comprises advanced manual workstations for precise and economical laser marking of small to large and geometrically complex workpieces, as well as batches and small production runs. Two housing sizes (M2000 and M3000) and three models each (B: with work table; R: with rotary table; P: with X/Y/Z axis) are available. Modern fiber and UV lasers can be integrated, as well as camera systems for marking alignment, mark inspection, and code reading.

The highly productive R models: motorized Z-axis, 2-station rotary table; ideal for marking a variety of serial parts (e.g., automotive interior components, metal parts, tools, medical products such as implants or instruments).

Main application areas:
Nkodpjym Rdlsfx Ahuou
Automotive and automotive supply industry, tool and mold making, mechanical engineering, medical technology, plastics processing industries.

آگهی به صورت خودکار ترجمه شده است. احتمال بروز اشتباه در ترجمه وجود دارد.