Description

CNC Fiber Laser 3015 (3000×1500) – 3000W

with Exchange Table (Model FB16)

Fiber Laser CNC FB16 is an intelligent fiber laser cutting machine capable of cutting all types of metals such as steel, aluminum, copper, brass, stainless steel, silver, titanium, and many more. It comes with a modern and intelligent controller that can calculate the shortest cutting path to achieve the fastest processing time, helping reduce machine time and extend machine service life. The machine is also equipped with sensors and provides fast torque response with the latest 4 Japanese servo motors, driven at 3000 rpm, and can travel up to 50 m/min. The CNC fiber laser can operate for up to 100,000 hours.

The machine color and model can be customized. We offer laser power options from 500W to 2000W according to customer requirements.
In addition, there are options for automatic material changing and automatic material feeding.

*** Optional Upgrade – Add only 150,000 THB ***

Welcome to… CNC Fiber Laser Model 1530-1500W – Fiber Laser Cutting for All Metals

Download Brochure (Brochures) – Click here

Excellent steel cutting quality 👍 Sheet metal – create any pattern you like with 1000W Fiber Laser

Laser Cutting Head

Video: Fiber Laser
2mm steel CNC fiber laser cutting machine:

Cutting speed: 24 m/min

Instruction how to cut CNC laser fiber machine:

Capabilities

• Maximum cutting speed up to 40 m/min
• Maximum steel cutting thickness up to 12 mm
• Maximum stainless steel cutting thickness up to 5 mm
• Maximum aluminum cutting thickness up to 3 mm
• Working area size: 1.5 x 3 meters
• The machine is highly stable and does not vibrate at maximum speed “Sample video”
• Workpieces cut by fiber laser have exceptionally clean edges
• Power supply: 3-phase 380 V
• If 220 V is required, it can be custom-built

Control Software

• Software name: NC Editor
• User-friendly software with high flexibility
• Supports Windows 10, Windows 7
• Supports design files: AI, AutoCad, SolidWork, CorelDraw, etc.
• Supports file extensions:
  • G Code (*.g ; *.nc)
  • DXF File (*.dxf)
  • DWG File (*.dwg)
  • PLT File (*.plt)
  • ENG File (*.eng)
• Language settings available up to 5 languages
  • English
  • Japanese
  • Korean
  • Russian
  • Chinese
• Supports design with complete assistant tools
• Supports 3D design
• The software supports Teaching mode
• Simulate operation before cutting the actual workpiece
• Find the edge position of the workpiece

Controller Quality

• The controller was designed, developed, and researched by professors from MIT Massachusetts Institute of Technology from the United States
• Supports operation in high-temperature environments
• Supports wireless control
• Uses the latest modern architecture
• Latest technology supports Internet connection for firmware updates

Drive System Quality for X, Y, Z Axes Used in Our Laser Machines

Controller Placement for CNC Fiber Laser Model 1530-1500W

• The controller is installed at the front of the machine and covered by a protective enclosure (white cover as shown above). It is attached to the laser machine, which greatly saves installation space.
• Some fiber laser models use an external control cabinet with the controller installed separately, which requires more space—especially for customers with limited space.
• The controller can operate safely in high-temperature environments.
• Built-in cooling system is provided, even though the controller itself is designed for high-temperature operation.
• The controller includes anti-interference protection, especially important in industrial environments with heavy machinery.
• The controller enclosure is fully sealed and lockable to prevent animals (e.g., rats) from entering.
• Grounding is installed with an external ground connection.

Monitor

• The monitor arm has 2 axes: A and B
• 360° rotation for axis A
• 180° rotation for axis B
• Mouse & Keyboard & Monitor use well-shielded cables to prevent external interference

Wireless Remote Control

• Used to control the laser machine via wireless signal
• Can be used instead of operating through the monitor screen
• Encrypted dedicated transmit/receive signals to prevent external interference with the machine structure

Machine Structure

• The machine structure is manufactured from the highest quality steel with excellent rigidity and no deformation issues
• Total weight exceeds 4.5 tons, which greatly improves stability and prevents deformation during operation
• Smoke extraction system for indoor cutting
• Material loading assistance system is installed

Materials That Can Be Cut

Maximum Specification Cutting mm:

Fiber_Laser_Max_Spec_Cut

Machine Specifications :

Real size: 4.7×2.3×1.5 meter for FB16-1530

Work Samples :

Machine Appearance :

• Fiber laser consumes far less electricity than plasma. Plasma efficiency may be only about 20%. For example, a 1000W laser at 380V uses only about 1000W / 380V = 2.6A, compared to 60A at 380V for a plasma source. Many plasma sources consume around 100A. Compared to 1000W (2.6A), you will be surprised how much electricity you can save. For example, if you pay USD 1,000 per month for electricity using plasma, you may pay approximately 1,000 / 38 = USD 26 per month with fiber laser. It is extremely cost-saving.
• Plasma cutting for sheet metal may consume many tips, while fiber laser typically requires far fewer consumables for the cutting head. Plasma uses high voltage and high air volume, causing the plasma electrode to wear quickly. You must replace consumables frequently, which increases setup time and machine downtime. Downtime is a cost of both the machine and labor.
• Laser cutting speed is very high. Cutting time for fiber laser and plasma may be similar in some cases, but fiber laser can run much faster—up to 10 times faster—because the machine structure has a low center of gravity and the column is close to the table, allowing stable high-speed motion. In contrast, plasma machines often have a higher torch structure, making the machine less stable at high speed and more prone to vibration.
• Fiber laser has better cutting head sensors than plasma because it produces less radiation. Some plasma machines may affect visibility or nearby equipment due to high plasma radiation. CNC fiber laser, in contrast, has lower radiation and higher stability.

https://youtu.be/t2T7htIJIrU (First Setup)

https://www.youtube.com/watch?v=HA_oJimZ-Qc (draw and cut)

Example : Cutting a clock

Cutting small circles and holes for parts with CNC Fiber Laser Model 1530-1500W

Download Brochure (Brochures) – Click here