We use cookies to enhance your browsing experience, serve personalized ads or content, and analyze our traffic. By clicking "Accept All", you consent to our use of cookies. Read more about privacy policy.

Fiber Laser Cutting Machine Velum Model

Fiber Laser Cutting Machine Velum Model

Description

Fiber Laser Cutting Machine Velum Model for thick steel sheet

High power laser source is able to cut heavy and thick carbon steel material without any melting effects.

Machine is desing to build to customized project with 360 degree approach to open any customization software implementations, loading unloading or nesting options. Machine can be build to fit any size requirements.

The Fiber Laser Cutting Machine Velum Model is specifically engineered for cutting thick and heavy carbon steel plates with precision and efficiency. Designed for demanding industrial applications, the Velum model offers unmatched cutting performance with laser power options ranging from a minimum of 6kW up to 40kW, making it ideal for high-volume, heavy-duty operations.

Every Velum machine includes a premium service contract, which provides 24/7 live technical support ensuring continuous productivity and peace of mind for operators and production managers alike.

The Fiber Laser Cutting Machine Velum Model’s frame is constructed from a reinforced steel structure, built to withstand high dynamic forces to support up to 2G acceleration speed. This robust design allows for stable, high-precision cutting even at the highest power levels. It is capable of handling large-format sheet metals, and can be customized to cut materials up to 7 feet wide and 40 feet long, accommodating oversized steel plates with ease.

The system is fully integrated with custom laser cutting software, enabling seamless automation, including automated loading and unloading systems for streamlined workflow and increased productivity. The Fiber Laser Cutting Machine Velum Model truly represents the next generation of heavy-duty fibre laser cutting solutions.

Specifications

ConditionNew