5-Axis CNC H-Beam Laser Machine for Cutting/Drilling/Milling Machine in Steel Fabrication Structure Replace 3-D Drilling Machine+ Band Saw, Su-Hb2500, 12kw

Product Description

Integrated Laser Drilling / Cutting / Lock-hole milling / Beveling Machine for H-Beam
Model: SU-HB2500
5-Axis CNC H-Beam Laser Machine for Cutting/Drilling/Milling Machine in Steel Fabrication Structure Replace 3-D Drilling Machine+ Band Saw, Su-Hb2500, 12kw
Product Description
Application: The H-Beam Laser cutting machine is the latest high-efficiency and high-precision H-beam automatic cutting, drilling, lock-hole milling and beveling equipment. It is mainly used for cutting various low carbon steel, stainless steel, copper, aluminum and other pipes.
It can cut the end surface of the round pipe, the intersection of the circular pipe and the plane, and the various round and round pipes, the surface of the round pipe and the spherical surface, the pipe and the curved surface, the H-shaped steel channel steel, the rectangular pipe and the square pipe. The equipment is beautiful in appearance, compact in structure, stable in operation and easy to operate.
Application of H-Beam Laser Cutting Machine
The Components and Features
1. Robust Mechanical Assembly
The mechanical part of the machine is mainly composed of a work table, gantry, guide way, a cutting head, and an advanced control system.
2. High-Precision Gantry Worktable
The worktable and the gantry adopt the overall design and mechanically complete machining, so that the longitudinal guide rail and the shaft of the power chuck are kept parallel, which greatly improves the working precision of the machine.
Mechanical Worktable and Gantry Design
Cutting Head System Deflection
3. Dual-Axis Deflection Cutting Head
The cutting head is controlled by a dual servo motor for axial and radial deflection. The linkage of these motion axes is controlled by the system to achieve the cutting of the intersecting lines of the tubes.
4. High-Efficiency Gear Drive System
Two parallel linear guide rails are mounted on the side of the table, and precision racks are mounted between the guide rails. The gears are driven by the drive system on the moving body to realize the longitudinal gear and the rack drive.
5. Automatic Center-Aligning Chucks
The rotating device of the machine adopts two sets of mutually parallel multi-group chuck drives. When working, it is only necessary to directly hang the pipe to the working platform, and the two sets of chucks are used to automatically set the axis line of the pipe, so that the pipe is loaded and unloaded conveniently.
Rotating Chuck Drive System
Five-Axis Digital CNC Control System
6. 5-Axis Digital Control Intersecting Wire Cutting
The CNC intersecting wire cutting machine is based on a five-axis digital control system. The linkage of multiple motion axes of the entire machine is controlled by the system.
7. AI-Assisted Gas Flow Control
All gas circuits are equipped with solenoid valves and regulating valves, which can easily realize artificial intelligence control cutting procedures. The gas supply system uses multiple sets of solenoid valves to control the on and off of various air flows.
Product Parameters
1. Cutting Steel Pipe Specifications
Specifications Standard Value
Web cutting size 30-2500mm
Plasma cutting tube thickness 40mm
Cutting pipe length 12000mm
Round tube load 4500KGS
2. Equipment Movement Axis & Range of Motion
Movement Axis Cutting Machine Shaft Number Selection Activity Range
A-axis Pipe rotation Axis 360° free rotation
Y-axis Torch moves horizontally along the axial direction of the pipe 430mm
B-axis Torch along the axis of the pipe axis A=±60°
C-axis Torch rotates along the radial plane of the pipe B=±45°
Z-axis Torch vertical lifting axis Maximum stroke 300mm
3. Steel Pipe Loading Method
The round tube adopts a 4-claw chuck type structure, utilizing multiple sets of long-axis roller frames. The active frame drives a maximum pipe weight of 2 tons, with the minimum spacing of the roller frame rollers configured at 400MM (end part).
5. Positioning Accuracy
Torch repeating positioning accuracy is within ≤ ± 0.03mm; bus positioning accuracy is within ≤ ± 0.03mm; groove positioning accuracy is within ± 0.05°.
4. Cutting Speed
Method Speed Range
Flame cutting speed (optional) 100-750mm/min
Plasma cutting speed 1000-6000mm/min
Movement speed 10-8000mm/min
6. Equipment Parts Configuration List
No. Items of Parts Specification Supplier / Brand Quantity
1 Electrical control cabinet ZLQ-XGEC EOE 1
2 Control system EOE-01A EOE 1
3 Programming software With the beveling function Shanghai FL 1
4 Servo driver and Motor - Japan Panasonic 6
5 Planetary Reducer 1:5 Japan Shimpo 6
6 Brace of Rotary 500mm EOE 2
7 Adjustable chuck support 500mm EOE 3
8 All the head system Z and hold the torch EOE 1
9 Y axis 35kg rail 35 kg EOE 18
10 Plasma power LGK160A - 1
7. Control System Features
  • Industrial control CNC system: powerful, highly scalable.
  • Hardware board interpolation: stable, reliable, with simple wiring layouts.
  • Fully supports standard G code, FastPipe, FastFrame and other nesting software.
  • Equipped with manual box operation features to optimize workspace production.
  • Supports Flame / Plasma / Demo operating modes with quick switching capability.
  • Intelligent automatic introduction of pipe diameters, ensuring safe and reliable operation.
  • Real-time graphic display of maximum processing paths with complete zoom capabilities.
8. System Performance Parameters
  • Control Number Axis: 8-axis control with 7-axis linkage
  • Control Accuracy: Up to ±0.001mm
  • Maximum Running Speed: 8000mm/min
Control System Interface Dimensions
Applicable Industry
Heavy Metal Steel Fabrication Industry Applications
Advanced Production Equipment
Heavy Duty Production Facility & Machinery Workshop
Environment for Equipment
  • Ambient Temperature: -10°C to 50°C
  • Ambient Humidity: Monthly average humidity ≤ 80%
  • Power Supply: Control system power input 220V±10% 50HZ / 380V±10% 50HZ
  • Gas Source: Oxygen + acetylene or oxygen + propane (preheated oxygen ≥ 0.7Mpa, cutting oxygen ≥ 1Mpa, gas ≥ 0.05Mpa)
  • Protective Gas: Air, oxygen, air pressure 8.3bar, flow rate 8 cubic meters / hour
  • Installation Site: Indoor installation, concrete foundation, requiring the ground to be level, the inclination is not more than 1/100
Frequently Asked Questions (FAQ)
What types of metal profiles can the SU-HB2500 laser machine cut?
The machine is designed to handle H-beams, channel steels, rectangular pipes, square pipes, and round pipes. It is compatible with a wide range of materials, including low carbon steel, stainless steel, copper, and aluminum.
Can the technical specifications and components of the machine be customized?
Yes. Component configurations, sizing requirements, and technical modules can be adjusted and customized based on your specific industrial production demands to optimize performance.
What control and processing accuracy does the SU-HB2500 offer?
The machine features an advanced 8-axis control with 7-axis linkage CNC system. It achieves an incredibly high control accuracy of up to ±0.001mm and a repeating positioning accuracy of ≤ ±0.03mm.
What are the standard payment and commercial terms for equipment purchase?
Our standard commercial terms require a 30% T/T deposit paid in advance to initiate production, followed by the remaining 70% balance paid prior to shipment. All lead times are strictly monitored to ensure prompt delivery.
What professional pre-sales and technical consultation services do you provide?
We provide complete technical support, including answering questions regarding parameters, layout planning, and materials compatibility. If needed, we also facilitate formal technical discussions and remote inspections.
What are the main installation requirements for this equipment?
The equipment requires a flat concrete foundation with an inclination of no more than 1/100, set up indoors. Operating temperatures should range between -10°C and 50°C, and a monthly average humidity of ≤ 80% is recommended.

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