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6020GT pipe cutting and loading machine

The automatic feeding system for pipe cutting usually includes the following main parts:
1. Pipe conveying device: responsible for conveying pipes from the storage area to the working area of ​​the pipe cutting machine. This can be achieved through conveyor belts, rollers, chain conveyors, etc. 2. Positioning and clamping mechanism: After the pipe arrives at the working area, it needs to be accurately positioned and clamped to ensure the accuracy and stability of the cutting. This is usually achieved through drive mechanisms such as cylinders and servo motors. 3. Sensors and control systems: Sensors are used to detect information such as the position and size of the pipe and feed this information back to the control system. The control system controls the execution of the entire feeding process according to the preset program and the information fed back by the sensor.

6020GT pipe cutting and loading machine

The automatic feeding system for pipe cutting usually includes the following main parts:
1. Pipe conveying device: responsible for conveying pipes from the storage area to the working area of ​​the pipe cutting machine. This can be achieved through conveyor belts, rollers, chain conveyors, etc. 2. Positioning and clamping mechanism: After the pipe arrives at the working area, it needs to be accurately positioned and clamped to ensure the accuracy and stability of the cutting. This is usually achieved through drive mechanisms such as cylinders and servo motors. 3. Sensors and control systems: Sensors are used to detect information such as the position and size of the pipe and feed this information back to the control system. The control system controls the execution of the entire feeding process according to the preset program and the information fed back by the sensor.
Parameters
Principle
Advantages

Parameters

Device Name 6020GT pipe cutting and loading machine
Pipe length 6 meters
Pipe size ≤200mm square tube
Control method PLC Control
Single weight

≤150kg

power

15kw

Cutting material Metal
Scope of application Tube cutting machine loading
Customization Customizable

Principle

The automatic feeding system for pipe cutting usually includes the following main parts:

1. Pipe conveying device: responsible for conveying pipes from the storage area to the working area of ​​the pipe cutting machine. This can be achieved through conveyor belts, rollers, chain conveyors, etc.

2. Positioning and clamping mechanism: After the pipe arrives at the working area, it needs to be accurately positioned and clamped to ensure the accuracy and stability of the cutting. This is usually achieved through drive mechanisms such as cylinders and servo motors.

3. Sensors and control systems: Sensors are used to detect information such as the position and size of the pipe and feed this information back to the control system. The control system controls the execution of the entire feeding process according to the preset program and the information fed back by the sensor.

Advantages

Advantages

1. Improve production efficiency: The automatic feeding system can greatly shorten the feeding time of pipes, thereby improving the production efficiency of the entire production line.

2. Ensure cutting accuracy: Through precise positioning and clamping mechanisms, the stability of pipes during cutting can be ensured, thereby improving cutting accuracy.

3. Reduce labor intensity: The automatic feeding system can replace manual labor to complete heavy feeding work and reduce the labor intensity of workers.

4. Strong adaptability: The automatic feeding system usually has a variety of specifications and models, which can adapt to pipes of different sizes, materials and shapes.

After-Sales Service

After-Sales Service Commitment

01

01

After-Sales Service Commitment

We cover repair costs within the warranty for quality issues and provide 24/7 customer support. We respond within 4 hours to resolve problems quickly.

Installation and Debugging

02

02

Installation and Debugging

Our technical team will install and debug the equipment on-site, ensuring proper setup and smooth operation.

Operational Training

03

03

Operational Training

We provide operator training to ensure correct use, reducing faults. We also train on maintenance and minor repairs to extend equipment life.

Technical Support and Consultation

04

04

Technical Support and Consultation

Clients can reach technical support anytime via phone, email, or online. For complex issues, we offer remote assistance or send technicians on-site if needed.

Maintenance and Care

05

05

Maintenance and Care

We provide regular maintenance to ensure efficient operation and prevent faults. In case of failure, we offer emergency repair services to minimize downtime.

Follow-Up and Feedback

06

06

Follow-Up and Feedback

We regularly follow up with clients to gather feedback and resolve issues, using it to improve our products and services.

Processing Center

Processing Center

Processing Center

Processing Center

Processing Center

Processing Center

Processing Center

Production Process

Requirements Analysis and Solution Design

Upon receiving customer orders, our technical team conducts a detailed requirements analysis. Tailored solutions are provided based on different products and application scenarios, ensuring precise alignment with production requirements.

Raw Material Procurement and Inspection

High-quality raw materials are carefully selected, with quality inspections and acceptance checks performed before they are stored to avoid production issues caused by material defects.

Production Preparation

Prepare the necessary equipment, tools, and production lines. Equipment status is checked to ensure smooth operation across all workshops.

Cutting and Processing

Utilize high-precision CNC punching machines, laser cutters, and engraving machines for cutting, punching, and engraving materials. Advanced laser cutting technology ensures high precision and smooth cutting surfaces, minimizing material waste.

Bending and Forming

After cutting, parts are bent and formed according to design specifications, ensuring accurate structure and dimensions.

Welding and Assembly

Bent and formed parts undergo welding, either by automated robots or manual welding, ensuring solid and smooth joints, adhering to strict standards.

Surface Treatment and Coating

After welding, parts go through surface treatments such as spraying, hot-dip galvanizing, and electroplating to enhance appearance, corrosion resistance, and durability.

Assembly and Debugging

After surface treatment, components are assembled according to design requirements. Once assembly is complete, products undergo full debugging to ensure stability and functionality.

Quality Inspection and Testing

All products undergo strict quality inspections before leaving the factory, ensuring they meet the standards. Automated equipment undergoes functional, load, and reliability testing to ensure high-efficiency and stable operation at the customer’s site.

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+86 19932259858