Bodor Laser P Series Fiber Laser Cutting Machine

Виробник: Bodor Laser (Китай)

Наявність: Пiд замовлення

Laser power options: 12,000 W, 20,000 W, 30,000 W, 40,000 W, 60,000 W

Instant positioning speed up to 200 m/min

The shortest 1-meter idle stroke duration is only 480 ms, enabling the laser cutting head to reach the cutting position instantly and immediately begin processing.

Опис

  • Bodor P Series represents high-performance fiber laser sheet metal cutting machines. The series includes P3, P4, P6, P8, and P12 models with working table dimensions ranging from 3048×1524 mm up to 12500×2600 mm, powered by fiber laser sources from 3 to 60 kW.

      • Maximum simultaneous axis movement speed — up to 200 m/min;
      • Maximum acceleration — up to 4.0 g (depending on model configuration);
      • Positioning accuracy — ±0.03…±0.05 mm/m, repeatability — ±0.02…±0.03 mm (depending on model configuration).

Advantages of the P Series

Productivity

Automated cutting cycles start directly from the remote console following CNC program and sheet load, reducing auxiliary setup time and boosting overall shop floor throughput.

Resource Efficiency

The P Series is engineered for economical consumption of raw metal sheets, assist gases, and electrical power, significantly lowering the net cost per cut part.

User-Friendly Operation

Automatic edge-finding eliminates manual sheet positioning and optical zeroing. The touch-screen interface is intuitive and quick to master for operators.

Collision Avoidance

Visual detection and active collision avoidance reduce the risk of laser head damage. Automated nozzle cleaning and smart gas pressure control extend component service life and lower maintenance expenses.

Superior Cut Quality

A stable cutting process yields high-precision parts with smooth kerf edges and minimal waste. High-speed processing modes increase overall production output.

Intelligent Features

Automated kerf width compensation and automatic nozzle changing minimize operator manual intervention.

Laser Scanning Cutting Technology

During laser scanning cutting, the focal spot performs controlled oscillation patterns inside the cut kerf. This increases energy absorption in the metal compared to conventional stationary spot cutting.

Conventional laser cutting: lower energy absorption in cutting zone
Conventional cutting — lower energy absorption
Laser scanning cutting: higher energy absorption in cutting zone
Scanning cutting — higher energy absorption
Laser scanning cutting working principle diagram
Laser scanning cutting principle

Benefits of Scanning Cutting

  • Higher Cutting Speed: According to manufacturer data, maximum processing speed for identical sheet thicknesses is up to 2 times faster.
  • Lower Operating Costs: According to manufacturer data, combined assist gas and electricity consumption is reduced by up to 38%.
  • Processing Highly Reflective Metals: Scanning beam oscillation mitigates back-reflection hazards, ensuring stable volume cutting of copper, brass, and aluminum.
  • Eliminating Part Micro-Welding: Dynamic beam amplitude adjustment widens the kerf, preventing cut parts from sticking or welding back inside the sheet frame.

Scanning cutting performance depends on material type, sheet thickness, and laser source power. Verify feature availability for specific machine configurations with MACHENTECH specialists.

Remnant Sheet Nesting

Control software supports secondary nesting directly onto remnant sheet offcuts — offcuts left after primary cutting are efficiently reused for producing smaller components.

Part nesting on sheet offcuts in Bodor software
Reusing sheet offcuts for new parts

Safety Notice. Active collision avoidance functions significantly reduce equipment damage risks, but do not replace standard industrial laser safety regulations. Machine operations must strictly adhere to manufacturer documentation: maintaining fully enclosed laser safety barriers, active exhaust ventilation, and operation by certified personnel only.

Технічні характеристики


Parameter Unit Bodor Laser P3 Bodor Laser P4 Bodor Laser P6 Bodor Laser P8 Bodor Laser P12
Working area mm 3048 x 1524 4000 x 2000 6500 x 2500 8050 x 2500 12500 x 2600
Max. simultaneous speed m/min 200 200 200 200 200
Z-axis stroke / travel mm 350 370 370 370 370
Positioning accuracy mm/m ±0.05 ±0.05 ±0.05 ±0.05 ±0.05
Repositioning accuracy mm ±0.03 ±0.03 ±0.03 ±0.03 ±0.03
Max. worktable load capacity kg 3000 W: 1090 kg (30 mm)
6000–60000 W: 1450 kg (40 mm)
6000–60000 W: 2510 kg (40 mm) 12000–60000 W: 5100 kg (40 mm) 20000–40000 W: 6320 kg (40 mm) 12000–60000 W: 10205 kg (40 mm)
Overall machine dimensions (L x W x H) mm 9450 x 2240 x 2520 11599 x 3380 x 2718 16888 x 3872 x 2519 20015 x 3872 x 2636 29306 x 4050 x 2611
Available laser power options W 3,000 / 6,000 / 12,000 / 20,000 / 30,000 / 40,000 / 60,000 6,000 / 12,000 / 20,000 / 30,000 / 40,000 / 60,000 12,000 / 20,000 / 30,000 / 40,000 / 60,000 20,000 / 24,000 / 30,000 / 40,000 12,000 / 20,000 / 24,000 / 30,000 / 40,000 / 60,000

Official Importer MACHENTECH

Metalworking Equipment Sales Department

Toll-free hotline in Ukraine: 0 (800) 40-77-88
E-mail for technical requirements & drawings: info@met.ua
Regional warehouses & showrooms:

Kyiv, Dnipro, Lviv

Personal Account Manager

Manager - Administrator — consultations & equipment selection

+38 (050) 419-77-55

Will promptly provide a commercial offer, technical documentation, and answers to all questions regarding equipment selection.

переглянуто

Bodor Laser P Series Fiber Laser Cutting Machine
Bodor Laser P Series Fiber Laser Cutting Machine

Виробник: Bodor Laser (Китай)

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