Bodor SK

Tube Laser Cutting Machine – High-Speed Performance for Modern Tube Processing

High-Speed Leadership in Tube Laser Cutting

The BODOR SK Tube Laser Cutting Machine is engineered to redefine productivity in high-speed tube processing. The SK Series upgrades the entire workflow — from positioning to cutting and unloading — delivering a new benchmark in efficiency for industrial tube laser cutting applications. Designed for companies that require speed, precision, and stable operation, this high-speed model leads the next generation of tube laser systems.

2.7 G Acceleration and 260 r/min Rotation — Verified Real Performance

The SK Series delivers tested and proven performance without inflated specifications.

• Maximum acceleration: 2.7 G

• Maximum rotational speed: 260 r/min

• Rear chuck positioning time: 2.5 seconds

The combination of ultra-fast positioning and high rotational speed allows the SK Series to outperform other machines in the high-speed tube laser cutting segment.

Note: Actual specifications are subject to the official technical parameter sheet.

20%+ Increase in Overall Processing Efficiency

The SK Series achieves up to 500 cuts per minute when processing small-diameter tubes.

When cutting φ32 mm stainless steel round tubes with 1 mm wall thickness and complex patterns, processing time per tube is reduced by more than 30 seconds compared with the previous generation.

This results in over 20% improvement in total processing efficiency.

Note: Data is based on tests conducted in the Bodor Laser Laboratory compared with previous-generation equipment. Actual performance may vary depending on operating conditions and machine status.

SkyBow Architecture Bed — Enhanced Dynamic Stability

The SK transmission system features a triangular three-dimensional structure that ensures balanced torque distribution and optimized load management on guide rails. This design enhances stability during high-speed chuck movement.

The chuck is made from high-strength alloy with hardened jaws, improving positioning accuracy by more than 20% compared with the previous generation.

A fully sealed internal dust-proof structure prevents roller jamming and extends service life by over five years. The machine bed operates like a fully drawn bow, continuously releasing dynamic energy to maximize production efficiency.

SkyBow Architecture

Conventional Architecture

8-Second Automatic Loading with Parallel Cutting

Equipped with an automatic loading system, the SK Series completes material loading in just 8 seconds.

While the chuck finishes cutting the last section of a tube, new material is loaded simultaneously. Cutting and loading operate in parallel, significantly improving cycle time and increasing total productivity.

Designation of Functional Zones in the image:

• Loading Area — marked in yellow (automatic material loading zone)
• Material Buffer Area — marked in green (buffer zone for material positioning and synchronization)
• Processing Area — marked in red (cutting and processing zone)

25% Faster Rapid Traverse Speed

With an upgraded adaptive control algorithm, the laser head Z-axis reaches a speed of 60 m/min — 25% faster than the previous generation. This improvement enhances responsiveness and shortens non-cutting motion time.

Drawing Creation in 3 Simple Steps

The SK Series eliminates the need for professional manual drafting. Processing drawings can be generated automatically in three steps:

1. Select the tube type

2. Generate drawings based on parameters

3. Start processing with one click

This simplified workflow supports efficient large-batch production for applications such as stair handrails, stainless steel security windows, and guardrails.

AI-Driven Nesting for Optimized Material Utilization

The upgraded nesting strategy intelligently calculates the optimal cutting path for complex patterns.

Compared with traditional nesting, cutting efficiency increases by 30%, while overall tube utilization is maximized — saving more than 1,000 tubes per year on a comprehensive basis.

Front Chuck Movement for Stable Precision

The front chuck advances material beyond the laser head, which is positioned between the front and rear chucks. During cutting, both chucks clamp the tube simultaneously.

Even when processing long final sections, cutting accuracy remains unaffected by single-chuck instability, ensuring consistent high-quality results from start to finish.

Dual-Zone Follow-Up Support for Accuracy Optimization

The loading zone is equipped with follow-up rollers and deep U-shaped bionic rollers that provide full-wrap tube support.

The unloading zone features an adaptive flip-plate support system to maintain consistent accuracy during high-speed processing.

Optional components include:

• Follow-Up Rollers

• Deep U-Shaped Bionic Rollers

• Adaptive Unloading Support Plate

Optional Zero Scrap Cutting — Maximum Material Efficiency

With proper nesting configuration, zero-remnant cutting can be achieved. This maximizes tube material utilization and delivers cutting performance comparable to three-chuck machines.

Optional Bevel Cutting with One-Step Forming

The SK Series adopts a zero-swing-length structure that reduces tube travel distance and minimizes laser head movement, significantly improving cutting precision.

After cutting, parts achieve gap-free fit-up for welding without secondary grinding or filler materials. This reduces labor costs, material consumption, and processing time while ensuring high-quality finished components.

Xiao Bang AI — Intelligent Assistance and Support

The integrated Xiao Bang AI system provides intelligent search functionality for:

• Product knowledge

• Operation guidance

• Feature explanations

• Service support

• After-sales assistance

Users can access accurate information quickly, ensuring efficient operation and maintenance.

Champion Quality — 5-Year Warranty on Core Components

BODOR provides a 5-year warranty for its three self-developed core laser components:

• BodorThinker Control System

• BodorPower Laser Source

• BodorGenius Laser Head

These components are designed, manufactured, tested, and delivered through an integrated process to ensure perfect compatibility, stable operation, and improved efficiency.

The integrated design reduces contamination risk, lowers failure rates, extends equipment lifespan, and minimizes maintenance costs by eliminating repeated assembly.

High-Speed | Tube Laser Cutting Machine

The BODOR SK Tube Laser Cutting Machine is built for manufacturers who demand high-speed performance, precision cutting, optimized material usage, and long-term reliability in tube laser processing.