Fiber Laser Cutting Machine for Sheet Metal
GATOR – FIBER K | GATOR – FIBER K COMBI | GATOR – FIBER K COMBI (Closed) | GATOR – FIBER T
The FIBER K fiber laser cutting machine is fully enclosed, ensuring operator safety and environmental protection. It uses a powerful fiber laser source with high photon efficiency and long maintenance-free life. It is controlled by the CypCut 2000 system, which allows flexible settings and optimized machining.
| Laser power | 1,500 W – 30,000 W |
| Working area | 1500*3000mm / 2000*4000mm / 2000*6000mm / 1300*2500mm or size by request |
| Laser source | RAYCUS / MAX |
| Maximum running speed | 100 m/min |
| Positioning accuracy | 0.03 mm/m |
| Repeated positioning accuracy | ±0.02 mm/m |
| Laser cutting head | RAYTOOLS / BOCI |
| Laser cutting system | CypCut / FSCut |
InquiryGATOR FIBER K Catalog
Standard equipment
- Fiber laser source RAYCUS / MAX
- Laser cutting head RAYTOOLS / BOCI
- Exchange table
- CAD/CAM nesting software
- Industrial computer
- Servo drivers and motors Yaskawa
- Industrial chiller
- Automatic lubrication system
- Filter
Optional equipment
- Bevel cutting option
- TubesT nesting software
- Rotary module for cutting pipes and profiles with length 3/6 m, diameter 20-245/350 mm (double-sided pneumatic clamping)
CONSTRUCTION
A massive machine body reduces vibration and increases durability. Fiber K frames are reinforced, welded, and heat-treated to prevent distortion. Precision machining with single-point reference using 5-axis CNC ensures axis alignment, providing high accuracy and long-term reliability.
WORK TABLES
The dual-table system is designed to enhance workflow efficiency. Thanks to continuous operation, the machine works more efficiently, which is especially important for mass production or high workloads.
DRIVE SYSTEM
The X and Y axes are driven by a rack and pinion from YYC - Taiwan. The Z axis is driven by a TBI ball screw assembly. They are known for their high quality, precision, and long service life.
SERVO DRIVES & MOTORS
Yaskawa servo motors and drivers offer high precision, reliability, and speed. They are used to drive the axes and ensure fast response even during intensive operation.
FILTER
Welldone filters effectively remove smoke and dust during fiber laser cutting, improving the working environment. Their high-efficiency elements extend the lifespan of the equipment. The compact design allows easy installation on various machines.
CHILLER
The chiller S&A, CWFL is an important component in fiber laser cutting machines, as it ensures stable operation of the laser source and optics by maintaining the temperature within optimal limits.
STABILIZER
Voltage stabilizers ensure stable operation of fiber laser machines during power fluctuations. They protect the electronics and enhance system reliability. Ideal for environments with unstable voltage.
GAS REGULATOR
Gas regulators in fiber laser cutting machines play a key role in controlling the cutting process. They manage the pressure and flow rate of the gases used — most commonly oxygen, nitrogen, or air — depending on the type and thickness of the material.
RAYTOOLS (1 500 W – 3 000 W)
The BOCI BLT cutting head is a reliable, intelligent, and easy-to-maintain solution for fiber laser machines up to 30 000 W, providing stable and precise performance under heavy workloads and a wide range of applications, thanks to its large focal length. Easy maintenance and component replacement.
RAYTOOLS (4 000 W)
The Raytools BM06K cutting head with a sharp nozzle is designed for fiber lasers up to 4 000 W, providing precise cutting of sheets, tubes, and profiles. It features an intelligent autofocus system and efficient cooling to protect the optics.
BOCI BLT (6 000 W – 30 000 W)
The BOCI BLT cutting head is a reliable, intelligent, and easy-to-maintain solution for fiber laser machines up to 30 000 W, providing stable and precise performance under heavy workloads and a wide range of applications, thanks to its large focal length. Easy maintenance and component replacement.
RAYCUS
Raycus fiber lasers are powerful industrial resonators for metal cutting, offering high efficiency and low operating costs. Intelligent monitoring ensures reliability and long service life, while the precise beam delivers clean, high-quality cuts.
- Photoelectric efficiency up to 30%
- High beam quality
- Flexible frequency modulation
- Intelligent monitoring
MAX Photonics
MAX Photonics offers a powerful and stable resonator in a compact design – ideal for high-intensity industrial applications. Suitable for cutting, while ensuring low maintenance costs and long-term trouble-free operation.
- Power up to 40,000 W
- Compact and durable
- Proven reliability
- Fast and stable output
Note: The data in this table is for reference only!
Varying material quality, auxiliary gases, focal length, workpiece type, etc. will
affect cutting speed and should be adjusted to suit conditions.
When cutting materials with high reflectivity, such as copper and aluminum,
appropriate adjustments must be made to optimize the cutting process.