Laser Cutting Machine

Product Configuration

Product Overview

Advanced Capabilities

Powerful capabilities enable you to achieve perfect cutting results, even in challenging working conditions.

One-touch Cut-off

Rapid sheet cut-off and recovery

Envelope curve reaching the boundary

For non-rectangular plate boundaries

Single-stroke flying cut

Generates flying cut paths based on arbitrary shapes, improving overall processing efficiency.

Generate flying cut paths for arbitrary shapes.

Automatic centering and processing of circular plates.

Advantages

Superior beam quality: Produces a smaller focused spot and finer cutting lines, resulting in higher efficiency and better processing quality.

Extremely high cutting speed: Twice that of CO2 laser cutting machines of the same power.

Exceptional stability: Utilizes world-class fiber lasers with stable performance; key components have a service life of up to 100,000 hours. High electro-optical conversion efficiency: Fiber laser cutting machines offer double the electro-optical conversion efficiency of CO2 laser cutting machines, making them energy-efficient and eco-friendly. Very low operating costs: Total power consumption is only 20%–30% that of comparable CO2 laser cutting machines.

Very low maintenance costs: No laser operating gas required; fiber-optic transmission eliminates the need for reflective mirrors, significantly saving on maintenance costs.

Convenient operation and maintenance: Fiber-optic transmission eliminates the need for optical path adjustments.

Excellent flexible light delivery: Compact size and structure facilitate flexible processing applications.

Machine Tools and Accessories

1. Machine Bed: Features a unique, patented structure and undergoes integral stress-relief aging treatment. It is precision-machined in a single setup on a large-scale machining center to ensure superior rigidity, accuracy, and stability.

2. Gear and Rack: Utilizes high-precision helical gears and racks from Taiwan, along with P-grade linear guide rails for the transmission system, ensuring high precision and rapid speeds.

3. Guide Rails: Employs heavy-duty, precision linear guide rails from Taiwan featuring an optimized structural design. Compared to standard linear rails, these offer enhanced load-bearing capacity and rigidity, delivering high speed, high load capacity, high rigidity, and high precision.

4. Servo Motor: The servo motor offers excellent dynamic response and acceleration, enabling high-precision positioning. It is characterized by high stability, high accuracy, and maintenance-free operation.

5. Gear Reducer: Uses imported brand gear reducers. Advantages include high precision (backlash under 3 arc-minutes for accurate positioning) and high rigidity/torque (integrated roller bearings significantly boost rigidity and torque output).

6. No Grease Leakage: Uses high-viscosity, stable grease that resists separation, effectively preventing leakage.

Control system

The system is composed of key components from Shanghai Friendess (BoChu), including control systems, drives, and servo motors. It utilizes a dedicated laser CNC system, representing the state-of-the-art in laser processing control technology. This compact, modular CNC system offers an excellent price-to-performance ratio, meeting user demands for high-performance CNC capabilities. Superior Performance: Advanced CNC technology and an open CNC architecture—powered by Intel dual-core CPUs—provide users with greater flexibility in component selection and deliver cutting-edge CNC performance.

1. Programming and Nesting Software: A customized metal cutting system and intelligent nesting software from Friendess, integrating laser cutting process management, standard nesting functions, and laser processing control. Key features include graphic processing, parameter configuration, custom cutting sequence editing, nesting, path planning, simulation, and cutting process control.

2. Cooling System: Employs a Teyu (S&A) chiller system to provide efficient cooling for the laser generator, optical components, and cutting head. The cooling unit operates via a closed-loop water circuit.

Equipment Operating Environment Requirements

1. Power supply capacity: 30 kVA; power supply requirements: 380 V / 50 Hz (use of a voltage stabilizer is recommended). Compressed air supply unit (recommended configuration: air receiver tank with a volume of 0.6 m³ and a rated pressure of 20 bar).

2. Site requirements: On-site power distribution cabinet (380 V, 50 Hz, three-phase four-wire system, capacity ≥ 60 kVA, equipped with short-circuit protection). The equipment requires a dedicated grounding connection with a grounding resistance of no more than 4 Ω. Materials required for on-site equipment commissioning (e.g., steel plates) must be provided. Auxiliary conditions for the normal operation of the laser cutting equipment include: a. Cutting assist gases (N2, O2); b. A compressed air supply system free of oil and moisture; c. A concrete foundation.

Optional configurations