Bodor AT

Integrated sheet-tube workflow with flexible loading

Key specifications

Laser power: 3-12 kW
Working area: Sheet 3048 x 1524 mm + Tube up to 6500 mm
Max positioning speed: 125 m/min

Specifications

Technical parameters from Bodor’s official specification.

Parameter	Value
Laser power	3-12 kW
Working area	Sheet 3048 x 1524 mm + Tube up to 6500 mm
Max positioning speed	125 m/min

Optimal Choice to Broaden Cutting Capabilities

Cost-Effective
The AT Series minimizes the need for multiple machines by offering sheet and tube-cutting capabilities in a single unit. It is the optimal choice for the best cost-effectiveness.
Easy Cutting
The remnants layout and the cutting parameter auto-match help you simplify the cutting process, effortlessly transforming you into a cutting master.
Efficient Production
With a fast transmission speed and a high-performance bus servo motor boasting leading dynamic performance, the AT Series significantly increases processing efficiency.

Cutting Parameter Auto-Match

Visual comparison of sample parts and cutting parameter auto-match enhance cutting quality, and reduce labor costs.

Cutting Parameter Auto-Match

Visual comparison of sample parts and cutting parameter auto-match enhance cutting quality, and reduce labor costs.

Craftsmanship Shines in Precise Production

The wiring harness assembly is neat and orderly, greatly reducing machine failures and safety hazards caused by disordered wiring. The lifetime maintenance-free rate reaches as high as 98%*, improving both quality and efficiency.

The 3rd-Generation Mortise-and-Tenon Welding Bed Frame

The rigidity of the bed frame increased by 30%, and the structural strength enhanced by 25%. *Data obtained from laboratory analysis.

30%↑

Overall Performance

Note: The "Overall Performance Improved by 30%" mentioned above is relative to Bodor's previous-generation product.

1.5G

Max. Acceleration

It adopts high-performance bus servo motors to achieve the absolute leading dynamic performance (compared with similar products in the market), significantly improving processing efficiency to ensure that every second you invest creates value.

Aerospace Aluminum Beam

Weight
30%↓
Structural Strength
25%↑

Laser Head
Intelligent Collision Avoidance

Self-developed servo-following sensors and path avoidance algorithms reduce the risk of laser head collision significantly.

Pioneering Modular
Worktable Structure

Reduces maintenance costs while ensuring safety and convenience.

Fast Pneumatic Chucks

The pneumatic chucks adopt a direct cylinder push structure. With simple and efficient transmission, it can complete clamping in as fast as 2 seconds. It is easy to disassemble and maintain.

Mineral Cast Anti-Burn Plate

The mineral cast anti-burn plate is heat-resistant and non-conductive, making the machine less prone to deformation, easy to clean, and ensuring a long lifespan.