BODOR N

Model	Round Tube Range(mm)	Max. Tube Length (mm)	Max. Tube Weight (kg)	Laser Power (kW)	Max. Chuck Rotation Speed (r/min)
N2	Round Tube: Ø8–Ø230 mm Square Tube: □8–□230 mm Rectangular Tube: Side Length ≤230 mm Angle Steel: 2#–14# Channel Steel: 5#–14#	6500	300	3–6	110
N3	Round Tube: Ø25–Ø360 mm Square Tube: □25–□350 mm Rectangular Tube: Side Length ≤360 mm Angle Steel: 2#–22# Channel Steel: 5#–22#	6500 / 9200 / 12500	1200	6–12	60
N5	Round Tube: Ø25–Ø356 mm Square Tube: □25–□356 mm Rectangular Tube: Side Length ≤356 mm Angle Steel: 2#–22# Channel Steel: 5#–22#	9200 / 12500 / 15200	2000	6–20	40

Three-Chuck Zero-Trim Tube Laser Cutting Machine

PROFESSIONAL MODEL

POWER ASSEMBLED TRIPLE-CHUCK RENEWED

The Bodor N Series combines advanced tube laser cutting technology with an innovative three-chuck configuration to deliver high precision, efficient material utilization, and reliable performance. Its integrated mechanical design and intelligent processing capabilities optimize tube handling throughout the entire cutting cycle, establishing a new standard for high-performance tube laser processing.

T-Type Heavy-Duty Side-Mounted Bed

Engineered for demanding industrial applications, the T-shaped bed is manufactured from high-strength steel to provide a rigid foundation for precise and consistent cutting.

The low-center-of-gravity construction enhances overall machine stability by 28% and structural rigidity by 32%. This robust design minimizes vibration during operation, supporting accurate machining and dependable performance even under heavy processing loads.

28% — Enhanced Stability 32% — Improved Structural Rigidity 20000W — Max. Cutting Power

Triangular 3D Transmission Structure

The Bodor N Series incorporates a three-dimensional triangular transmission structure designed to distribute forces more evenly across the guide rails. Compared with conventional single-sided force transmission systems, this configuration improves load balance and helps maintain consistent movement accuracy during cutting operations.

High-quality 45 mm ball screw rails provide a stable transmission foundation, contributing to smooth machine movement, enhanced processing precision, and improved operational efficiency.

Square-Hole Precision Chuck

The standard full-stroke, square-hole chuck accommodates a wide range of tube dimensions, providing versatile clamping capabilities for different production requirements. Its design supports efficient processing of multiple tubes while maintaining precise positioning.

Synchronized rollers ensure secure clamping and repeatable alignment, helping achieve consistent cutting accuracy throughout production. The enclosed dust-protection structure limits contamination of internal components, extending chuck service life and reducing maintenance requirements.

Zero Scrap Maximum Savings

The Bodor N Series features a fully mobile three-chuck system that enables intelligent coordination between two chucks during processing. This configuration minimizes the uncut tube-end length and allows zero-tail material utilization under suitable processing conditions.

By reducing residual material and improving the use of each tube, the system helps lower material waste, optimize production costs, and increase the efficiency of tube laser cutting operations.

Full-Tube Cutting Effortless Precision

The coordinated movement of all three chucks enables continuous processing along the entire tube length. During the initial cutting stage, the first and second chucks advance the workpiece through the cutting zone. The second and third chucks then take over to complete reverse-direction cutting.

This synchronized handover supports full-length tube loading, cutting, and unloading while minimizing unprocessed sections. The result is a streamlined workflow with improved material utilization, consistent cutting performance, and reduced interruptions between processing stages.

Dual Support Double Efficiency

The loading zone is equipped with synchronized roller supports that assist with tube centering and provide stable support for heavy workpieces during feeding. In the unloading zone, synchronized plate supports accommodate tubes of different lengths, helping maintain controlled and reliable workpiece handling throughout the cutting cycle.

Powered by a 2.9 kW high-performance servo motor, the support system delivers the drive capacity required for handling heavy tubes with greater control and efficiency. Together, the loading and unloading mechanisms improve material transfer, reduce manual handling demands, and support uninterrupted production.

Weld Seam Recognition Smart Adaptation

Optional

An optional high-resolution camera system combined with AI-based self-learning technology enables the Bodor N Series to detect and identify tube weld seams with high precision. By recognizing seam positions, the system helps the machine adjust cutting operations to avoid unwanted interference with the weld area.

This intelligent function supports more consistent cutting results and helps maintain processing accuracy when working with welded tubes.

Bevel Cutting Ready to Weld

Optional

The optional bevel cutting function produces angled edges designed to prepare components for welding directly during the laser cutting process. By integrating edge preparation into the cutting workflow, the system can eliminate the need for separate post-cut grinding in suitable applications.

This reduces additional processing steps, saves labor and preparation time, and helps accelerate the transition from cutting to welding.

Assisted Loading Greater Flexibility

Optional

The optional automatic loading system supports high-speed tube feeding with flexible configurations for different tube quantities and dimensions. Designed for demanding production environments, it helps automate material handling and maintain an efficient flow of workpieces into the cutting area.

By reducing manual loading operations and supporting continuous processing, the system improves productivity and makes the Bodor N Series suitable for high-volume manufacturing involving heavy tubes and varied production requirements.