Heavy-Duty Sheets, Extra-Large Size Processing
SDSH Series
Floor Rail Structure Designed for Heavy-Duty and Large-Size Sheet Processing, it breaks through the processing size limitations of traditional laser cutting machines and meets the extra-large sheet cutting needs of industries such as construction machinery and shipbuilding.
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Laser Power
12000w - 60000w
Cutting Range
13050*3230 - 25050*3230
Cutting Accuracy
±0.03mm
Product Overview
- The SMS SDSH Floor Rail Laser Cutting Machine is a high-end laser cutting equipment developed for the processing needs of extra-large size and heavy-duty sheets. It adopts a structural design of gantry movement + floor rail fixation, breaking through the processing size limitations of traditional laser cutting machines.
- Equipped with a high-power fiber laser, combined with a high-precision servo drive system and imported guide rails, the equipment can realize continuous cutting of extra-long sheets ranging from 6 meters to 20 meters. It is particularly suitable for heavy-duty sheet processing in industries such as construction machinery, shipbuilding, and steel structures, and features high cutting precision, stable operation, and high processing efficiency.
- The rails are usually made of heavy cast iron or steel structure, providing an extremely stable foundation for the entire machine tool.
- Due to its robust structure, the ground track machine is an ideal choice for matching high power lasers (such as above 10,000 watts).
- Made of high-quality materials and sturdy design, the floor rail machine is very durable optional bevel cutting function
Core Product Features
The SDSH Floor Rail Laser Cutting Machine is specially built for the processing of extra-large size and heavy-duty sheets, and has a number of exclusive advantages.
Extra-Large Processing Stroke
With a floor rail structure design, it supports customized processing lengths ranging from 6m to 20m and widths up to 3m to 5m, breaking through the size limitations of traditional equipment.
Heavy-Duty Structural Design
The integral welded machine frame undergoes annealing treatment, and the gantry adopts thickened section steel. It can carry heavy-duty sheets of over 500kg, ensuring stable operation without deformation.
High-Power Laser
It supports high-power fiber lasers ranging from 6000W to 20000W, capable of cutting carbon steel plates below 50mm and stainless steel plates below 30mm in thickness.
Transmission System
It adopts imported high-precision rack and guide rails + servo drive, with a positioning accuracy of ±0.05mm and a repeat positioning accuracy of ±0.03mm.
Intelligent Control System
Equipped with an industrial-grade numerical control system, it supports automatic nesting of extra-large graphics, breakpoint resume cutting, and intelligent diagnosis, featuring simple and efficient operation.
Optional Configurations
Optional automated modules such as automatic loading and unloading, dust removal systems, and exchangeable worktables are available to further improve production efficiency.
Main Parameters
| Parameter Item | Technical Specifications |
|---|---|
|
Laser Power |
12000w | 20000w | 30000w | 60000w |
|
Cutting Aera(mm) |
13050*3230 | 13050*4030 | 19050*3230 | 19000*4000 | 25050*3230 |
|
Cutting Accuracy |
±0.03mm |
|
Positioning Accuracy |
±0.03mm |
|
Cutting Speed |
0-100m/minutes |
|
Acceleration speed |
1.2G |
|
Applicable Materials |
Carbon steel, stainless steel, aluminum alloy, |
|
Transmission System |
Servo Motor + Precision Guide Rails |
|
Electricity demand |
380V 50Hz/60Hz |
|
Customized |
special specifications and configurations can be customized according to customer requirements. |
Gantry-type welding machine bed
It adopts an integral welded gantry-type machine bed structure. After high-temperature annealing and aging treatment, internal stresses are eliminated to ensure no deformation of the machine bed, providing a stable mechanical foundation for high-precision cutting.
- Welding of thick-walled square tubes, featuring high rigidity
- Annealing treatment, ensuring high stability
- Gantry double-drive design, enabling smooth operation
Powerful Laser Source
It features high electro-optical conversion efficiency (>40%), excellent beam quality, high energy density, wide modulation frequency range, strong reliability, long service life, and maintenance-free operation. It can be widely applied in fields such as welding, precision cutting, cladding, surface treatment, and 3D printing. Its fiber output characteristic makes it easier to integrate with robots into flexible manufacturing equipment, meeting the needs of three-dimensional processing.
- 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 Raytools system is a laser cutting software suitable for power ranges of 30KW and below. It supports both EtherCAT bus servos and pulse servos. Featuring easy installation, simple debugging, and comprehensive functions, it is applicable to industries such as advertising machine manufacturing and sheet metal processing.
- The system monitors the operating data of key components of the intelligent head in real time.
- It triggers timely alarms and shuts down in case of abnormalities, preventing adverse effects on processing results.
- Achieve safe and efficient production, and extend the service life of equipment
- It supports batch import of processing codes
- drawing preprocessing
- coil feeding, batch fully automatic processing
- automatic blanking, enabling efficient production.
- Scrap teaching simplifies and facilitates customers' scrap processing
- reduces waste materials, and improves scrap utilization rate.
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 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
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
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
Construction Machinery
It is used for thick plate cutting of large structural components such as excavators, loaders, and cranes
Steel Structure Processing
Processing of light steel keels, guardrail brackets, and steel structure accessories.
Shipbuilding
It enables extra-large size cutting of hull steel plates, decks, and cabin structural components,
Container Manufacturing
It enables the cutting of extra-long sheets for container side panels, top panels, and bottom panels
Wind Power Equipment
It is used for thick plate cutting of large structural components such as wind power towers
Mining Machinery
used for cutting heavy-duty sheets of mining equipment frames, wear-resistant parts, and conveying equipment
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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