FIBERTEX Zero™ Fiber Laser Cutting Machine
Introducing the World's First DBC Fiber Laser Cutting Machine
We’ve combined the industry-leading Koike design and manufacturing standard with a first-of-its-kind laser cutting technology to welcome the FIBERTEX Zero ™ into our robust cutting machine lineup. Thanks to the usage of Koike’s new “K Torch”, this large plate format DBC (Dual Beam Control) fiber laser boasts the highest level of contour accuracy for CW cutting. From steel service centers, heavy equipment manufacturers, and shipyards, the FIBERTEX Zero ™ was made to excel in the most demanding applications. selected.
Fiber Laser Power Supply:
12kW and 18kW oscillator outputs allow cutting up to 36mm (1.4”) mild steel plate and stainless steel up to 45mm (1.7”).
The New "K Torch":
Intuitive design of the K Torch head thoroughly optimizes the flow of Assist and Shield gases, maximizing molten metal discharge.
Groundbreaking DBC Technology:
Parameters of both Central and Ring Beams, can be individually controlled and set to your unique cutting specifications.
Take Full Control With Beam Mode Variable Technology
The optimal cutting shape and output can be selected according to on the material, steel plate surface condition, and temperature. This improves cutting quality for thin to thick plates, hard-to-cut materials, and even those with surface rust, eliminating the need for pre-burning.
FANUC 31i CNC Controller
The next generation of high performance machine control. Enhanced functionality and superior performance extends the potential of machine capabilities into the future. FANUC controls have a world‑class reputation for performance, precision, reliability and user‑friendly operation, making them popular with the most demanding managers and operators alike. With more than 3 million controls already installed around the globe, FANUC is the world’s leading CNC manufacturer.
MULTI-ANGLE CUTTING SURVEILLANCE
The next generation of high performance machine control. Enhanced functionality and superior performance extends the potential of machine capabilities into the future. FANUC controls have a world‑class reputation for performance, precision, reliability and user‑friendly operation, making them popular with the most demanding managers and operators alike. With more than 3 million controls already installed around the globe, FANUC is the world’s leading CNC manufacturer.
FANUC INTEGRATED DRIVE SYSTEM
Optimum output of the FIBERTEX Zero’s DBC technology is ensured by FANUC’s integrated drive and motor package, which provides simple maintenance, high‑quality, compact design, and exceptional performance.
CENTRAL LOCATION OF ON-BOARD PERIPHERALS
Compact design of Oscillator, Chiller, and Control Panel allow for components to be mounted directly to the back of the FIBERTEX Zero ™, removing the issue of fiber cable length limitation. Location of peripherals also reduces operator’s range of motion, streamlining the machine’s operability, allowing for the addition of on-board operator’s step with the FANUC operation panel.
FUME COLLECTION SYSTEM
BELT DUCT METHOD
Renowned for its exceptional performance with Plasma Cutting Machines, the Belt Duct System emerges as the optimal choice for a Fume Collecting System tailored to Fiber Laser Machines by extracting corrosive and abrasive fumes away from sensitive laser optics. In contrast to its plasma predecessor, the distinct advantage of this system lies in its elimination of the requirement to fill the cutting table with water.
FULLY INTEGRATED CLASS I SAFETY ENCLOSURE
Laser cutting capabilities no longer restrained by the size of a fixed enclosure. The FIBERTEX Zero ™ features a modular Class I safety enclosure that travels with the cutting head, allowing for safety regulation on an unlimited basis. Hydraulic struts on enclosure doors make opening each section easy, creating a larger opening to provide full access to all internal components.
Per Class I safety regulations, FIBERTEX Zero ™ features a specially designed cutting table with internal partitions to effectively mitigate the propagation of reflected light from both front and back directions.
