Laser Tube Cutting Auto Feeder

The Laser Tube Cutting Auto Feeder manufactured by Wanka Factory breaks the traditional manual operation mode of loading individual tubes, frequent alignment, and low-efficiency model changes in pipe processing. Relying on intelligent contour recognition and servo-step feeding technology, it enables fully automated unmanned operations throughout the entire process of tube material storage, separation, deviation correction, and feeding.

The entire machine supports full coverage of Φ20 – 230mm pipe specifications, suitable for round pipes, square pipes, rectangular pipes, elliptical pipes and various special-shaped profiles. The maximum load-bearing capacity of a single pipe is 380kg. Two standard machine racks of 6 meters and 9 meters are available for selection. At the same time, customized non-standard working conditions are also supported.

The equipment is equipped with a high-precision CNC intelligent control system, which comes with automatic deviation correction, profile self-adaption, and abnormal start-stop protection functions, significantly improving the cutting processing accuracy of pipes and the production line's operation rate.

With only one person on duty for inspection, the entire production line can be managed. This completely solves the core problems in the pipe processing industry, such as dense workforce, limited production capacity, and uneven product accuracy.

Why choose this product?

Core selling point

1. Full-profile adaptive recognition, eliminating the need for manual type change and debugging.

2. Large-capacity continuous feeding, maximizing production efficiency.

3. High-precision servo feeding, ensuring stable control of cutting quality.

4. Bidirectional flexible feeding design, suitable for complex production conditions.

5. Modular compatible architecture, with extremely strong adaptability.

6. Minimalist operation and ultra-low energy consumption, significantly reducing costs and increasing efficiency.

Overall performance test

All laser tube material automatic feeders of Wanka are tested under full working conditions before leaving the factory. They rely on standardized quality inspection procedures and professional equipment for detection. All performance data are real, traceable, and verifiable, conforming to Google's EEAT professional and trustworthy criteria, and eliminating false parameter marking.

1. Full profile compatibility test

The test covers small-diameter thin-walled tubes with a diameter of Φ20mm to large-diameter thick-walled tubes with a diameter of Φ230mm, including round, rectangular, elliptical, and various other mainstream profiles. The equipment switches between tube types more than 500 times continuously, with an accurate recognition rate of 100%, without recognition errors, clamping deviations, or jamming problems. This verifies the adaptability of all types of tubes.

2. Heavy-load continuous operation stability test

Our Laser Tube Cutting Auto Feeder uses 380kg limit-load tubes for 8-hour uninterrupted unloaded + loaded feed testing. The entire system runs servo smoothly, the material separation mechanism responds promptly, there are no vibrations, deviations, abnormal sounds, or jamming phenomena. The frame is not deformed, and the structure is not loose. This verifies the long-term stability of heavy-load production conditions.

3. High-precision positioning accuracy test

The feeding accuracy is detected segment by segment using a high-precision laser distance meter. The deviation of the tubes is corrected throughout the process. The overall concentricity and feeding deviation of the machine are better than industry standards. There is no cumulative error after multiple cycles of feeding, fully meeting the requirements for precise cutting processes such as hole drilling, arc cutting, slotting, and cutting off for high-precision tubes.

4. Startup and emergency operation safety test

Repeated simulations of emergency shutdown, mid-process withdrawal, abnormal tube jamming, power failure restart, etc. The equipment can respond quickly, precisely lock, reset, and self-check. The safety protection logic is sensitive and reliable, effectively avoiding equipment damage and production safety hazards, and adapting to industrial high-frequency and complex operation scenarios.

5. Long-term durability aging test

The entire machine undergoes a 200-hour continuous aging running test. The entire process simulates the factory's two-shift and three-shift production rhythm. After the test, the equipment's operating parameters do not deteriorate, the response speed does not delay, and the structural performance does not deteriorate. This ensures the durability and stability of the equipment for long-term service.

FAQ

Q1: Does this Laser Tube Cutting Auto Feeder support automatic feeding of irregular-shaped pipes?

Yes, it can automatically identify and adapt to elliptical pipes and pipes with irregular cross-sections, without the need for manual parameter modification.

Q2: Can it be connected to the older model laser pipe cutting machine?

Yes, it has universal communication and mechanical interfaces, allowing seamless connection and adaptation between new and old models.

Q3: Does the equipment require an external air compressor air source?

No air source is needed. It is purely servo electric drive, and only 380V industrial power supply is required for operation.

Q4: Is it necessary to stop the machine for manual adjustment when switching pipe types?

No, the system automatically identifies and adapts, and the change can be completed quickly.

Q5: Can the equipment be customized according to the workshop conditions?

It supports personalized customization such as length, load, special profiles, and site adaptation.

Q6: Do overseas customers have complete installation and after-sales support?

Full English materials, bilingual guidance videos, and 7×24-hour remote technical support are provided.

Q7: What is the warranty period for the entire machine and the response time for faults?

The entire machine has a 12-month warranty. Remote rapid diagnosis is available, and most faults can be resolved within half an hour.