W-FIBER FIBER LASER CUTTING MACHINE
CUT FLAT SHEET UP TO 30 kW
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FIBER LASER CUTTING FOR THE INDUSTRIAL SECTOR
The W-FIBER fiber laser cutting machine combines technology and versatility, designed to ensure high productivity, precision, and reliability. The W-FIBER range can be integrated with automatic vertical storage systems for loading and unloading sheets and processed parts.
Integrate an automation and increase your productivity
A fiber laser cutting machine reaches its full potential when integrated with an automation system. Warcom automation systems integrate seamlessly with the W-FIBER and RIVALE models, automatically managing sheet loading and unloading and, depending on the configuration, storage through Loader Systems and Tower Loader Systems.
24/7 Unattended Production Continuous operation and reduced downtime
Increased Production Capacity More parts produced in the same timeframe
Lower Operating Costs Greater efficiency and optimized cost per part
For large-format fiber laser cutting, Warcom offers dedicated solutions designed to handle large dimensions and material thicknesses while maintaining high levels of precision and productivity.
W-FIBER – Fiber laser cutting machine for large formats up to 12 m in length and 2.5 m in width, with laser power up to 30 kW.
30kWLaser power
12mMaximum length
ACCESSORIES AND TECHNOLOGIES FOR W-FIBER FIBER LASER CUTTING MACHINE
W-CHANGE
10-station automatic nozzle changer, managed by the CNC according to the material. Zero downtime for setup.
HighYag Cutting Head (Zoom option)
Head with integrated LED diagnostics. "Zoom" version with automatic beam diameter adjustment.
3D Bevel Cutting Head
Infinite-rotation head with ±50° tilting. Maximum repeatability with digital motorization.
W-EcoBoost
Up to 100% cutting speed · −70% gas consumption · −50% electricity consumption per part. Warcom patented system for high-productivity fiber laser cutting.
W-BEVEL 2D
Countersinking and angled cutting with a 2D head. Ideal for weld preparation.
W-Control
Real-time monitoring of gas, electricity and machine status.
REQUEST A QUOTE FOR A W-FIBER FIBER LASER CUTTING MACHINE
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FREQUENTLY ASKED QUESTIONS
What is the difference between fiber laser and plasma cutting TECHNOLOGY?
Fiber laser and plasma cutting are two different technologies for metal cutting, each with specificq features and applications. Fiber laser offers high precision, edge quality, and cutting speed, especially on medium to thin thicknesses. It is particularly suited for tasks requiring precision, complex details, minimal waste, and high-quality finishing. Plasma cutting, on the other hand, is especially suitable for cutting thick materials and heavy-duty fabrication. It is a robust and versatile technology, effective on carbon steel, stainless steel, and other conductive metals. The choice between fiber laser and plasma depends on the material, thickness, required cut quality, part geometry, and production goals. Warcom offers both technologies to find the best solution for specific processing needs.
What laser power (kW) do I really need?
The choice of laser power mainly depends on the material and thickness to be processed, the required productivity, and the type of applications. Higher power generally allows you to process thicker materials and achieve higher cutting speeds, but it does not necessarily represent the most cost-effective solution. To find the right balance between investment, productivity, and operating costs, it is important to evaluate the actual requirements of the production process. Warcom’s Sales Office is available to help identify the laser power and W-FIBER configuration best suited to your production needs.
What materials can a Warcom fiber laser cutting machine cut?
Warcom fiber laser cutting machines can process carbon steel, stainless steel, aluminum, copper, brass, and other metal alloys, depending on the machine configuration, power source, and material thickness. Fiber laser is especially suitable for highly reflective metals, like copper and brass, which have traditionally been challenging for CO₂ laser sources.
