Description

FB16-1530 CNC Fiber Laser Cutting System – 500-2000W

The FB16 CNC Fiber Laser is an intelligent cutting system capable of processing a wide range of metals, including steel, aluminum, copper, brass, stainless steel, silver, titanium, and more. It features an advanced, intelligent controller designed to optimize cutting paths for maximum efficiency and extended machine lifespan. The system incorporates high-speed servo motors and a precision drive system, achieving cutting speeds of up to 50 m/min. The fiber laser technology offers an operational life of up to 100,000 hours.

Available in various configurations and power options from 500W to 2000W to meet diverse production needs. Optional features include automatic material feeding and handling systems.

Features

Laser Cutting Head

Performance Video: Fiber Laser cutting 2mm steel at 24 m/min.

Capabilities

• Maximum cutting speed of 40 meters per minute.
• Cutting capacity up to 12 mm for steel.
• Cutting capacity up to 5 mm for stainless steel.
• Cutting capacity up to 3 mm for aluminum.
• Working area: 1.5 x 3 meters.
• Highly stable machine construction ensures minimal vibration at maximum speed. “Example Video”
• Produces clean, high-quality edges on cut materials.
• Power requirement: 3-phase, 380V. (220V configuration available upon request).

Control Software

• Software Name: NC Editor
• User-friendly interface with high operational flexibility.
• Supports Windows 10 and Windows 7 operating systems.
• Compatible with design files from AI, AutoCad, SolidWork, CorelDraw, etc.
• Supports the following file formats:
  • G Code (*.g ; *.nc)
  • DXF File (*.dxf)
  • DWG File (*.dwg)
  • PLT File (*.plt)
  • ENG File (*.eng)
• Multi-language support: English, Japanese, Korean, Russian, Chinese.
• Integrated design tools.
• Supports 3D design and simulation.
• Includes Teaching mode for process learning.
• Pre-cutting simulation and edge detection capabilities.

Controller Quality

• Controller developed and researched by faculty from MIT, USA.
• Designed for operation in high-temperature environments.
• Supports wireless control functionality.
• Utilizes the latest modern architecture.
• Features Internet connectivity for firmware updates.

Drive System Components (X, Y, Z Axes)

• Servo Motor Drive (X, Y, Z): Fuji Electric ALPHA Smart series from Japan.
• All motors are Japanese Servo Motors.
• Rack & Pinion (X, Y Axes): Manufactured in the USA.
• Ball Screw (Z Axis): Manufactured in Germany.

Fiber Laser Cutting Head Components

• Latest generation Fiber Laser head designed for 24/7 operation.
• Integrated object detection sensors (for metals like steel, brass, aluminum).
• Collision protection sensors for the cutting head.
• Additional proximity sensor on the Z-axis for enhanced safety.
• Easy manual focus adjustment (some models may require an Allen wrench).
• Requires a water cooling system.

Controller Placement for FB16-1530 CNC Fiber Laser

• The controller is integrated into the machine’s front panel with a protective cover, optimizing space utilization.
• Some models may feature a separate external control cabinet, which can be advantageous for space-constrained environments.
• Controller is designed for reliable operation in high-temperature industrial settings.
• Integrated cooling system enhances operational stability in demanding conditions.
• Shielded against electromagnetic interference common in industrial environments.
• Lockable enclosure protects internal components.
• Grounding connection for external electrical safety.

Monitor

• Dual-axis monitor with 360° rotation on the A-axis and 180° rotation on the B-axis.
• Includes shielded mouse, keyboard, and monitor cables to prevent signal interference.

Wireless Remote Control

• Allows for wireless machine control.
• Provides an alternative to on-screen monitor control.
• Utilizes secure, encrypted signal transmission to prevent external interference.

Machine Structure

• Constructed from high-quality steel for superior rigidity and stability, preventing deformation.
• Heavy-duty design (over 4.5 tons) ensures stable operation at high speeds.
• Integrated fume extraction system for clean working environments.
• Features workpiece loading assistance.

Materials Cuttable

https://youtu.be/t2T7htIJIrU (First Setup)
https://www.youtube.com/watch?v=HA_oJimZ-Qc (draw and cut)

Example: Watch the cutting of a clock.

Comparison: Fiber Laser vs. Plasma Cutting

• Power Consumption: Fiber lasers consume significantly less electricity than plasma cutters. A 1000W fiber laser operating at 380V draws approximately 2.6A, compared to a plasma source drawing 60A or more at 380V. This results in substantial energy savings. For instance, if a plasma cutter costs $1,000/month in electricity, a comparable fiber laser might cost around $26/month.
• Consumables: Plasma cutting requires frequent replacement of tips. A single fiber laser nozzle can process a large volume of material before replacement is needed. The high air pressure and electrode wear in plasma cutting necessitate more frequent downtime for maintenance and part replacement, impacting overall productivity.
• Cutting Speed: Fiber lasers achieve much higher working speeds. While initial cutting speeds might be similar, fiber lasers can accelerate significantly due to their lower center of gravity and compact design. This contrasts with plasma cutters, which often have taller torch assemblies and heavier structures, limiting their acceleration and speed.
• Sensor Technology: Fiber lasers feature superior head sensors with less electromagnetic interference compared to plasma cutters. Plasma’s high radiation can affect other electronic equipment, whereas fiber lasers operate with minimal interference, offering greater stability and reliability.

Machine Overview and Details

Machine Specifications:

Overall Dimensions: 4.7 x 2.3 x 1.5 meters (FB16-1530)

Workpiece Samples:

Download Brochure

Click Here