full automatic tube laser cutting

SDSF Series

A fully automated laser tube cutting machine designed specifically for medium and large-sized tube processing enterprises. It integrates a truss-type fully automatic loading and unloading system, intelligent tube identification, and an automatic finished product sorting system. This equipment enables unmanned operation from raw material loading to finished product unloading, significantly improving production efficiency in large-scale tube processing.

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Laser Power

1000w -6000w

Multi-Pipe Compatibility Cutting

Cutting Accuracy

±0.02mm

Product Overview

  • The SMS SDSF series fully automatic laser tube cutting machine is a flagship cutting equipment launched for medium and large-sized tube processing enterprises. It adopts a 6000W-20000W ultra-high power fiber laser, and is equipped with a truss-type fully automatic loading and unloading mechanism, an intelligent tube identification system, and an automatic finished product sorting device. It is specifically designed for large-scale high-precision cutting of tubes such as round tubes, square tubes, rectangular tubes, and special-shaped tubes.
  • This equipment realizes unmanned operation throughout the entire process from raw material loading, positioning, cutting to finished product sorting. It is equipped with an industrial-grade intelligent numerical control system, supporting remote monitoring and program upgrades. Compared with semi-automatic tube cutting equipment, it increases production efficiency by more than 500% and reduces labor costs by 80%. It is a core equipment for medium and large-sized tube processing enterprises to achieve intelligent upgrading.
  • Large HMI interactive interface, rich information, convenient operation, automatic fixture control
  • The equipment is equipped with a fully automatic loading system,high production capacit,Optional 1.5m/3m material receiving table
  • Modular design concept, can be customized according to customer needs

Core Product Features

The SDSF series is specifically built for medium and large-sized enterprises. Integrating fully automated and intelligent technologies, it enables unmanned operation in tube processing.

Multi-Power Laser Options

Three power configurations (1500W/3000W/6000W) are offered, capable of cutting carbon steel pipes with a thickness of up to 20mm, meeting the processing needs of different enterprises.

Fully Automatic Loading

Equipped with a truss-type robotic arm loading and unloading system, it enables automatic loading of bundled tubes, single-tube separation, and automatic unloading of finished products after cutting

Intelligent Tube Identification

Built-in visual recognition and laser diameter measurement systems automatically identify tube specifications, length, and position—eliminating the need for manual alignment and supporting mixed cutting of multi-specification tubes.

Multi-Axis Linkage

Adopts a multi-axis linkage numerical control system, combined with high-precision servo drives and imported guide rails, boasting a positioning accuracy of ±0.02mm. It enables complex cutting of tube intersecting lines and special-shaped openings.

Finished Product Sorting

Equipped with a finished product sorting conveyor belt and material frames, it automatically sorts and categorizes products according to cutting specifications, reducing manual sorting steps and preventing product mixing and damage.

Remote service

Integrated with an industrial Internet of Things (IoT) module, it supports remote production monitoring, fault diagnosis, and program upgrades. This reduces equipment downtime by 90%, ensuring continuous production

Main Parameters

Parameter Item Technical Specifications
Laser Power
1500w | 3000w | 6000w
Pipe Length(mm)
6000mm
Pipe Max.Dia (mm)
160mm | 220mm | 350mm | 560mm | 680mm
Positioning Accuracy
±0.03mm
Max. composite idle speed
100m/minutes
Acceleration speed
1.5G
Slit width
0.1-0.5mm
Chuck Speed
120rpm
Electricity demand
380V 50Hz/60Hz
Customized
special specifications and configurations can be customized according to customer requirements.

Horizontal Welded Machine Bed

It adopts an integral horizontal welded machine bed structure, which undergoes high-temperature annealing and aging treatment to eliminate internal stress. Aiming at the stability requirements of long-distance pipe cutting, it ensures that the machine bed does not deform or shift.
  • Welding of thick-walled square pipes, featuring high rigidity
  • Annealing treatment, with excellent deformation resistance
  • Horizontal design, suitable for long pipe processing

Powerful Laser Source

It features higher photoelectric conversion efficiency, lower power consumption, and superior beam quality. Fiber lasers have a compact structure and are ready for use at any time. Thanks to their flexible laser output mode, they can be easily integrated with system equipment.
  • Excellent beam quality
  • High reliability
  • High power stability
  • Continuous adjustable power and fast switching response
  • Maintenance-free operation
  • High electro-optical conversion efficiency
  • High modulation frequency

Laser Head Specialized for Pipe Cutting

Equipped with a laser head specialized for pipe cutting, it can achieve 360° rotational cutting. It is suitable for complex cutting requirements of pipes such as bevels, round holes, and special-shaped holes, with burr-free cuts that require no secondary processing.
  • 360° rotational cutting, suitable for complex processes
  • Automatic focusing, adaptable to different pipe wall thicknesses
  • Anti-collision protection, high safety

Raytools Flat cutting system

The X series is a laser tube cutting system developed based on the xStudio platform. It includes the model XC4000T and is equipped with a variety of functions such as EtherCAT bus servo, pulse servo, weld seam recognition, automatic edge alignment, island nesting, and common edge nesting. It is suitable for machine models such as the standard dual-card ones.
  • Process Editing
  • XYU Z self-tuning
  • Follow-up No Pipe Warning
  • Roundness detection
  • Chuck avoidance / coordinate avoidance / beam-type avoidance.
  • Servo floating support
  • Normal vector editing to cut graphics
  • Blanking Floating Support Plate

Automatic Feeding Mechanism

Equipped with a truss-type robotic arm loading and unloading system, it enables automatic loading of bundled tubes, single-tube separation, and automatic unloading of finished products after cutting
  • Feeding length: 3-6 meters
  • Servo drive for high feeding accuracy
  • Material supporting rack adaptable to different pipe lengths

Two-Jaw Pneumatic Chuck

Equipped with a dedicated two-jaw pneumatic chuck, it can quickly clamp pipes of different diameters. It features high clamping accuracy, prevents pipe rotation and deviation, and ensures the perpendicularity and flatness of the cutting surface.
  • Clamping diameter: Φ20-Φ150mm
  • Pneumatic control for fast clamping speed
  • Wear-resistant jaws for long service life

Servo motor and Driver

A stable product technology platform is adopted, and dedicated algorithms for linear and direct-drive motor control are added. This further enhances the system's performance, robustness, and usability, while providing a rich range of product configurations.
  • It supports 5 types of communication bus protocols and 4 types of encoder protocols.
  • supports various functions such as full closed-loop control, load inertia identification, EOE, and positioning compensation.
  • 3x overload capacity design;
  • Supports control of multiple motor types, including rotary motors, linear motors, and torque motors
  • Supports STO (Safe Torque Off) and meets TÜV SIL3 safety certification;
  • Supports multiple hardware protections;
  • Dynamic braking as standard to prevent mechanical damage and ensure personnel safety;
  • Supports Type-C debugging interface;
  • Supports one-click parameter auto-tuning, greatly reducing debugging time;
  • Simple operation, lowering operational complexity

High-precision transmission system

It adopts imported ball screws and linear guides, which are driven by servo motors. It features high transmission precision and stable operation, ensuring the positioning accuracy and repeat positioning accuracy during the cutting process.
  • It achieves an accuracy level of DIN 6-8, and is suitable for automated equipment with medium-precision requirements.
  • It undergoes carburizing and quenching or induction hardening treatment, with the tooth surface hardness reaching HRC 50-55, and it has excellent wear resistance and impact resistance.
  • It supports straight tooth or helical tooth structures. The helical tooth design can reduce noise and improve transmission stability, making it suitable for high-speed and high-torque scenarios

High-precision reduce motor

Planetary reducers offer multiple advantages such as low noise, high output torque and low backlash. They can smoothly transmit the motor power to the application end and are widely used in various automated industrial fields.
  • High rigidity machine body
  • High precision
  • High input speed
  • High output torque
  • High efficiency
  • Low noise
  • Lifetime lubrication

Fiber Optic Circulating Water Chiller

Lasers are beneficial for engraving & cutting most materials such as wood, glass, leather, and acrylic. For that reason, laser engraving/cutting machines are becoming an indispensable component of today’s production facilities, as well as small businesses.
  • Prevent overheating
  • Improve accuracy and quality
  • Extend the life of your laser source
  • Enhance productivity

Application Area

Contact Us

If you are interested in our fiber laser cutting machines, please feel free to contact us at any time. We will provide you with detailed product information and professional solutions.

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