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Fiber Laser Metal Cutting Machine Worksheet mostly sold specifications

Fiber Laser Metal Cutting Machine Worksheet mostly sold specifications

Feature

Small Size

Medium Size

Large Size

Extra-Large Size

Typical Working Area (L x W)

3000mm x 1500mm

4000mm x 2000mm

6000mm x 2500mm

12000mm x 2500mm

Common Model Examples

LaserEdge X1/F2/F3, HSG G3015C, Bodor A3, Bodor i Series

LaserEdge X1/F2/F3, HSG G4020C, Bodor A4 Plus, HSG C4020

LaserEdge X1/F2/F3, HSG G6025C, Bodor A6, HSG C6025

LaserEdge X1/F2/F3, HSG G12025C, Bodor A12, Bodor H Series

Typical Power Range

1kW - 6kW

3kW - 12kW

6kW - 30kW

12kW - 60kW+

Example Power Capacity

1.5kW, 3kW, 6kW

6kW, 8kW, 12kW

12kW, 20kW, 30kW

30kW, 40kW, 60kW

Maximum Linkage Speed (Approx.)

Up to 140 m/min (HSG), 100 m/min (Bodor, Technocrats Plasma)

Up to 200 m/min (HSG), 100 m/min (Bodor, Technocrats Plasma)

Up to 200 m/min (HSG), 100 m/min (Bodor, Technocrats Plasma)

Up to 200 m/min (HSG), 100 m/min (Bodor, Technocrats Plasma)

Positioning Accuracy (Approx.)

±0.03 - ±0.05 mm/m

±0.03 - ±0.05 mm/m

±0.03 - ±0.05 mm/m

±0.03 - ±0.05 mm/m

Typical Applications

Small to medium batch production, job shops, educational purposes

Medium to large batch production, automotive, signage

Large-scale industrial cutting, shipbuilding, aerospace

Very large part cutting, heavy industrial applications

Important Considerations:
Power Selection: The required laser power depends on the type and thickness of the material being cut. Higher power allows for cutting thicker materials and achieving faster cutting speeds. For example, cutting thicker carbon steel will require higher power than cutting thin aluminum.

Working Area: The size of the working area dictates the maximum dimensions of the metal sheets that can be processed. Choose a size that accommodates your typical material sizes. We offer customizable working areas.

Material Compatibility: Fiber lasers are generally excellent for cutting various metals like carbon steel, stainless steel, aluminum, copper, brass, and more. The optimal cutting parameters (power, speed, assist gas) will vary depending on the material.

Control System: Modern fiber laser cutting machines utilize sophisticated CNC control systems (e.g., BodorThinker, HSG Bus Control System, CypCut) that allow for precise control over the cutting process, automation, and integration with design software.

Optional Features: Many machines offer optional features such as automatic loading and unloading systems, dual exchange platforms for continuous operation, and specialized cutting heads for bevel cutting or tube cutting.