The Boci BLT 3 Series auto focus fiber laser cutting head is a professional fiber laser cutting head designed for high-precision, high-speed fiber laser cutting machine applications. It is ideal for a metal laser cutting machine, sheet metal laser cutting machine, and CNC fiber laser cutting systems, delivering low maintenance, stable performance, and long service life.

Compatible with 3 kW MAX or Raycus fiber laser source, the system helps achieve clean and consistent cutting on carbon steel, stainless steel, aluminum, and similar metals. For companies investing in a fiber laser machine or upgrading an existing laser cutting machine line, it is a reliable solution with precise motion components and stable mechanics.

General Specifications

• Model: Boci BLT 3 Series Auto Focus Cutting Head
• Condition: Brand new
• Controller: Wireless remote controller for easier operation
• Software: Fully licensed, upgradable software
• Remote access: Remote support and software interventions
• Installation & training: Professional installation and operator training included

File Formats & Software Compatibility

The Boci BLT 3 Series supports common CAD-based files used in industrial production workflows to speed up programming.

• Supported file formats: DWG, DXF, PLT, AI
• Distance sensor: Precision sensor for automatic height control
• Applications: CNC laser cutting, sheet metal laser cutting, and general laser cutting operations

Mechanical Structure & Axis System

The axis structure is designed for rigidity and stability to maintain repeatable cut quality in high-precision metal cutting.

• X & Y axes: Helical Module 2 ground rack drive (KH-SHG021006-1000)
• X, Y & Z linear guide system: HIWIN (Taiwan) 4-point contact ball linear guide & carriage system
• Z-axis drive: HIWIN (Taiwan) ball screw for accurate height adjustment
• Servo motor: High-quality Yaskawa servo motor for fast and stable motion

Laser Source & Power Requirements

• Laser power: Compatible with 3 kW MAX or Raycus fiber laser source
• Wavelength: 1070 nm ± 10 nm
• Total power requirement: Approx. 20 kW
• Cooling: Industrial chiller for efficient and stable operation
• Exhaust/vacuum outlet: Supports fume and particle extraction

Assist Gas & Cutting Quality

Selecting the right assist gas directly affects fiber laser cutting speed and edge quality.

• Assist gas options: Oxygen / Nitrogen / Compressed air
• High-quality cutting on carbon steel, stainless steel, and aluminum
• Less burr, smaller heat-affected zone, cleaner surfaces

Who Is This For?

This auto focus cutting head is ideal for manufacturers investing in a fiber laser cutting machine or upgrading existing metal laser cutting and CNC laser cutting infrastructure. It is well-suited for sheet metal plants, laser cutting workshops, and high-throughput production environments.

Frequently Asked Questions (FAQ)

1. Which machines is the Boci BLT 3 Series compatible with?

It can be integrated into most professional fiber laser cutting machines, metal laser cutting machines, and sheet metal laser cutting machines using X–Y–Z axis control and fiber laser sources such as Raycus/MAX.

2. Which materials can it cut?

Depending on laser power, it is suitable for cutting carbon steel, stainless steel, galvanized sheet, aluminum, and similar metals. It is commonly used in fabrication, machine manufacturing, and sheet metal part production.

3. What affects fiber laser cutting machine prices?

Fiber laser cutting machine prices vary by laser power (1 kW, 3 kW, 6 kW), source brand (e.g., Raycus), table size, axis/servo quality, cooling system, and automation level. A high-quality laser cutting head can significantly improve cutting speed and quality.

4. What is included in installation and training?

Installation and training typically include setup, commissioning, focus/height calibration, software operation, DWG/DXF import, and guidance on cutting parameters so operators can start production quickly.

5. Is remote access and technical support available?

Yes. With remote access, software updates, parameter optimization, and troubleshooting can be performed online, helping reduce downtime and service costs.