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Created on 09.14
CNC Laser Cutting Machine & 3D Laser Cutting Machine
CNC laser cutting machines and 3D laser cutting machines have been widely adopted across multiple industries for high-precision cutting applications, including:
- Automotive — body panels, chassis components, exhaust systems, and structural frames;
- Motorcycles & Electric Vehicles — frame tubes, swing arms, battery enclosures, and structural brackets;
- Communication Cabinets — sheet metal enclosures, mounting panels, and cable management components;
- Steel Furniture — tubular frames, brackets, and decorative cut patterns;
- General Industrial — piping, structural steel, and custom-profile cutting for a wide range of manufactured products.
Company Capabilities
Our company is backed by a professional mechanical and electrical automation design team complemented by experienced cutting production technicians with many years of hands-on industry expertise. This combination of engineering talent and practical manufacturing knowledge ensures that every machine we deliver is designed, tested, and optimized for real-world production conditions.
Complete Industrial Chain
We have established a fully integrated industrial chain that covers every stage of the product lifecycle:
Stage | Scope |
Design | Custom machine design tailored to specific customer requirements and production workflows |
Research & Development | Continuous innovation in laser cutting technology, motion control, and automation integration |
Process Technology | Development of optimized cutting parameters, material-specific protocols, and quality standards |
Unit Products | Standalone laser cutting machines for individual production stations |
Complete Equipment Sets | Fully configured cutting systems with all auxiliary equipment included |
Automated Production Lines | Turnkey production lines integrating laser cutting with material handling, feeding, and downstream processes |
After-Sales Service | Comprehensive installation, commissioning, training, maintenance, and technical support |
This end-to-end capability has positioned us as an enterprise with strong competitive advantages in the field of welding and cutting automation — across technology, brand reputation, talent depth, service quality, quality control systems, and project execution experience. We are also entrusted with undertaking national major science and technology development projects in the field of robot laser cutting automation.
Equipment Structure — Laser Pipe Cutting Machine
The laser pipe cutting machine is composed of the following major subsystems:
Machine Body & Motion System
- Machine body — rigid welded steel frame providing vibration-free stability for high-precision cutting;
- Cutting stroke main chuck — primary clamping mechanism that holds and rotates the pipe during cutting;
- Cutting head mechanism — precision-mounted laser cutting head with multi-axis motion capability for complex cut profiles;
- A-axis chuck — secondary supporting chuck that provides stable rotational drive and rear support for long workpieces.
Material Handling & Feeding
- Pneumatic support feeding system — pneumatically actuated support arms that hold and feed the pipe material smoothly into the cutting zone;
- Semi-automatic feeding system — configured as 1 active + 1 standby material rack, enabling continuous production with minimal downtime during material changeover;
- Tail material handling system — captures and manages the offcut tail end of each pipe, preventing interference with the cutting process and ensuring clean part separation.
Laser & Cutting System
- Keplin 2000W laser source — high-power fiber laser delivering fast, clean cuts across a wide range of pipe materials and wall thicknesses;
- Custom laser cutting head — purpose-engineered cutting head optimized for pipe and tube cutting applications, featuring automated focus adjustment and capacitive height sensing;
- Water cooling equipment — dedicated chiller system maintaining optimal laser source and cutting head operating temperatures for consistent performance.
Control & Safety
- Integrated control cabinet — centralized electrical and motion control system housing the CNC controller, servo drives, and I/O modules;
- Color LCD display — high-resolution operator interface for program monitoring, parameter adjustment, and real-time status visualization;
- Sheet metal protection — fully enclosed protective housing with safety interlocks, containing laser radiation, fumes, and debris within the machine enclosure.
Equipment Workflow
The laser pipe cutting machine operates through the following automated cycle:
- Material loading — Raw material pipes are manually hoisted onto the automatic material rack using a crane or forklift;
- Automatic feeding — The feeding conveyor engages and advances the pipe forward into the cutting zone;
- Main chuck clamping — Once the pipe reaches the correct position, the main chuck clamps securely to establish the cutting reference point;
- A-axis chuck clamping — The secondary A-axis chuck engages to provide rear support and rotational drive for the workpiece;
- Cutting operation — The laser cutting head executes the programmed cut profile while the chucks rotate and position the pipe as required;
- A-axis chuck release — Upon completion of the cut, the A-axis chuck releases the finished part;
- Main chuck return to origin — The main chuck retracts to its home position, clearing the cutting zone for the next cycle;
- Next cycle begins — The feeding conveyor advances the next section of pipe, and the cycle repeats automatically.
This continuous-cycle workflow enables high-throughput production with minimal operator intervention — the operator's primary responsibilities are material loading and finished part collection.
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