CNC Fiber Laser 3in1 1500-20000W
- Fiber Laser CNC Machine Fiber laser model FB16 is a smart laser.
- Cuts all types of metal such as steel, aluminum, copper, brass, stainless steel, silver, titanium and many more.
- Comes with a stylish and intelligent controller.
- Shortest Distance Calculator to cut the material takes the fastest time
- It can run up to 50m/min, saving time and the service life of the machine.
- The machine has a sensor and has the fastest torque. Equipped with the latest 4 Japanese servo motors and drives 3,000 rpm.
- The machine can choose colors and models. We have 500 watts to 2000 watts to meet customer needs.
Additional options: automatic material changer, automatic material feeding just add another 150,000 baht
3 in 1
- can cut flat iron
- Able to cut box type material
- Add on Rotary, can cut the pipe
✅ Effectively cut steel plates
✅ cut steel box High-rise steel parts
✅ can be added with rotary Can cut round-square steel pipes!
New look of laser Fiber Laser 1500W 3 in 1, steel plate, steel box, reinforced rotary, rotating piece!
Very beautiful steel cutting steel sheet, design the pattern as you like with a 1000W fiber laser
Fiber Laser Cutting Head
✅ The latest laser fiber head Able to work 24 hours a day x 7 days without a break
✅ Install a sensor system to detect objects (such as steel, brass, aluminum)
✅ Anti-collision sensor system
✅ Install another layer of protection sensor with Proximity on the Z axis
✅ Can easily adjust the sharpness of the laser light Just use your hand to spin it. (Some models may require a hex wrench to rotate.)
✅ Install a cooling system with water from the cooler
Instruction how to cut CNC laser fiber machine
✅ Cutting at maximum speed 40 m/min
✅ Cut steel thickness up to 12 mm.
✅ Cut stainless steel thickness up to 5 mm.
✅ Cut aluminum thickness up to 3 mm.
✅ Working area size 1.5 x 3 meter
✅ The machine is very stable, does not vibrate while running at maximum speed.
✅ Fiber laser cut workpieces will have very beautiful edges.
✅ Use 3-phase electrical system 380 V (if you want to use 220 V electrical system can be ordered)
Cut 2 mm thick steel (Cutting Steel) with a cutting speed of 24 m/min.
✅ Program name NC Editor
✅ The program is easy to use. Highly flexible in use
✅ Support Windows 10, Windows 7 operating system
✅ Support AI, AutoCad, SolidWork, CorelDraw, etc design files.
✅ Support file extensions from
G Code (*.g ; *.nc)
DXF File (*.dxf)
DWG File (*.dwg)
PLT File (*.plt)
ENG File (*.eng)
✅ Set up to 5 languages
✅ Support design with all design tools
✅ Support 3D design
✅ The program can do Teaching mode.
✅ Simulate the work before cutting the real workpiece
✅ Find the edge position of the workpiece
✅ The controller was designed, developed and researched by professors from MIT Institute, Massachusetts Institute of Technology from the United States.
✅ Support working in high temperature areas
✅ Support wireless control
✅ Use the latest modern architecture
✅ The latest technology supports Internet connection to update Firmware.
The quality of the X, Y, Z drive unit we choose for the laser machine.
✅ Servo Motor Drive (X, Y, Z) model ALPHA Smart brand Fuji Electric from Japan (Japan) all
✅ The motor is all Servo Motor from Japan (Japan).
✅ Rack & Pinion (bridge gear) for driving the X, Y axis from America (USA)
✅ Ball Screw (ball screw) for driving the Z axis from Germany (Germany)
Position of Controller for CNC Fiber Laser Model FB-16-1530 1000W
✅ The position of the controller of the machine is in front of the machine and there is a cover (white cover as in the picture above). If you notice that it will be attached to the laser machine. which will save space In the use of placing the machine is very
✅ For some Fiber Laser machines, there will be a separate control cabinet used to install the Controller outside, which will take up a lot of usable space. Especially people with limited space. in positioning the laser machine
✅ For the “CNC Fiber Laser model FB-16-1530 1000W”, the Controller can work in any place. high temperature with peace of mind
✅ Install a built-in cooling system, although the Controller can work in high temperatures already.
✅ Controller is installed to prevent various interference that may occur. Especially in the industrial sector where large machines are included.
✅ Controller is completely closed install key lock to prevent living things such as rats
✅ Install ground wire and connect to the outside
✅ The Monitor consists of 2 axes, A, B.
✅ Rotate 360° for A axis
✅ Rotate 180° for B axis
Fiber swing laser monitor
✅ Mouse & Keyboard & Monitor Use cables that are well shielded from outside noise.
✅ Used to control the laser machine with a Wireless signal
✅ Used to control instead of ordering through the Monitor screen
✅ Use a specific receiving-sending encoding to prevent interference from outside the steel laser cutting machine structure.
✅The structure of the machine is made of the highest quality steel. There is no problem with distortion.
✅ The weight of more than 4.5 tons is a great advantage to allow the machine to work stably and not twist.
✅ There is a smoke extraction system while cutting work in a closed place.
✅ Install a helper to load the workpiece.
Maximum Specification Cutting mm:
Real size: 4.7×2.3×1.5 meter for FB16-1530
Examples of the machine’s performance
Why Fiber Laser Machines Are Essential for Modern Manufacturing
Fiber laser machines have become increasingly popular in modern manufacturing due to their high precision and efficiency. In this article, we will explore the core components and functions of a fiber laser machine and how they have revolutionized the manufacturing industry.
Table of Contents
- What is a Fiber Laser Machine?
- Core Components of a Fiber Laser Machine
- How Does a Fiber Laser Machine Work?
- Advantages of Fiber Laser Machines
- Applications of Fiber Laser Machines
- Future of Fiber Laser Machines
Fiber laser machines are an integral part of modern manufacturing, allowing for high precision cuts and engravings in a wide variety of materials. In this article, we will explore the essential components of a fiber laser machine and how it operates to produce such precise results.
2. What is a Fiber Laser Machine?
A fiber laser machine is a device that uses a fiber laser system to cut or engrave materials with high precision. This type of laser is different from other types of lasers in that it uses an optical fiber as the gain medium rather than a traditional solid-state crystal. This allows for higher efficiency and more precise control over the laser beam .
3. Core Components of a Fiber Laser Machine
The core components of a fiber laser machine include the fiber laser itself, a beam delivery system, focusing optics, and a workpiece table. The fiber laser is the heart of the system, providing the high-intensity laser beam that is used to cut or engrave the material. The beam delivery system is responsible for delivering the laser beam to the focusing optics, which are used to concentrate the laser beam to a very small spot size. The workpiece table holds the material being processed in the correct position relative to the laser beam .
4. How Does a Fiber Laser Machine Work?
Fiber laser machines work by using the fiber laser to generate a high-intensity laser beam. This beam is then delivered to the focusing optics, which concentrate the beam into a very small spot size. The focused laser beam is then directed at the workpiece, where it rapidly heats and vaporizes the material, resulting in precise cuts or engravings. The focusing optics are adjusted to ensure that the laser beam is at the correct distance from the workpiece to achieve the desired results .
5. Advantages of Fiber Laser Machines
Fiber laser machines offer several advantages over other types of cutting and engraving machines. These advantages include high precision, faster cutting speeds, and lower maintenance requirements. Additionally, fiber laser machines can cut a wide range of materials, including metals, plastics, and composites, making them highly versatile tools for manufacturing applications .
6. Applications of Fiber Laser Machines
Fiber laser machines are used in a wide variety of manufacturing applications, including aerospace, automotive, and medical device manufacturing. They are commonly used for cutting and engraving metal components, such as those used in engine parts and surgical instruments. Additionally, fiber laser machines are used for cutting and engraving plastics and composites in applications such as consumer electronics and signage .
7. Future of Fiber Laser Machines
As technology continues to advance, it is likely that fiber laser machines will become even more efficient
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