High-Efficiency Fully Automated Pipe Laser Cutting System with Smart Optimization Control

Product Description

Precise Cutting: It can perform reliable and accurate cutting on metals such as steel and aluminum, and can meet the high-precision cutting requirements in various industrial and manufacturing applications.
Stable and Efficient: The design emphasizes stability and efficiency, ensuring optimal performance in different industrial production environments, which helps to improve production efficiency and product quality.
Beam Focusing and Transmission: Equipped with optical components such as collimating lenses and focusing lenses. The collimating lens converts the divergent light beam transmitted in the optical fiber into a parallel light beam, and the focusing lens focuses the parallel light beam onto the material to be cut, concentrating the laser energy and achieving efficient cutting.
Protection Function: Protection lenses are provided, including upper protection lenses, middle protection lenses, and lower protection lenses, etc. The upper protection lens prevents dust from entering the interior of the cutting head and protects the collimating lens; the middle protection lens protects the focusing lens and plays a sealing role; the lower protection lens prevents slag from flying up during piercing and cutting, and at the same time isolates the cutting gas, thus extending the service life of the internal lenses and reducing maintenance costs.

Centralized control: It integrates the control of multiple devices or technological processes onto a single operation console, which facilitates unified management and monitoring by operators, and improves production efficiency and management level.
Automated control: By writing PLC programs, automated control of devices can be achieved, reducing manual intervention and enhancing the stability and consistency of production.
Fault diagnosis and alarm: It can monitor the running status of the system in real time. When a fault occurs, it will promptly send out an alarm signal and display the fault information, helping operators to quickly locate and troubleshoot the problem, thus reducing maintenance costs and downtime. 
Parameter setting and adjustment: Operators can conveniently set and adjust the parameters of the PLC system through the operation console to meet the requirements of different production processes and working conditions.

 

The raw material loading rack is a device used to store and supply raw materials required for production. It is generally composed of a metal frame, pallets, conveyor belts, transmission devices, and a control system. Its structural design is reasonable and can be customized according to the characteristics of different raw materials and production requirements to achieve efficient and accurate loading operations.
Storage function: The raw material loading rack has a certain storage space and can neatly store a large amount of raw materials. Through a reasonable layout and design, it is convenient for management and retrieval, improving the tidiness of the production site and work efficiency.
Conveying function: With the help of conveyor belts, rollers and other devices, the loading rack can automatically convey raw materials from the storage location to the designated position on the production line, realizing the automated supply of raw materials. This not only reduces the workload of manual handling and labor intensity but also improves the speed and accuracy of loading, ensuring the continuous and stable operation of the production line.

Cool the laser generator to prevent problems such as power decline and unstable mode due to high temperature, stabilize the output power and beam quality of the laser, and ensure the cutting accuracy and efficiency. 
Cool the optical and electronic components in the cutting head to avoid overheating of the cutting head, extend its service life, ensure the stable performance of the optical lenses, maintain the laser transmission and focusing effects, and ensure the cutting quality.         
Precisely control the temperature of the cooling water, reduce the impact of temperature fluctuations on various components of the equipment, lower the risk of deformation and misalignment of mechanical components caused by thermal expansion and contraction, maintain the system stability, enable the equipment to operate stably for a long time, and improve the consistency of production efficiency and product quality.

Main control circuit: It is the core control part of the laser pipe cutting machine, responsible for coordinating and controlling the operation of the entire equipment. It receives instructions from the operation panel, such as cutting parameter settings, motion control instructions, etc., and sends corresponding control signals to each subsystem according to these instructions, so as to achieve precise control of laser emission, cutting head movement, pipe conveying, etc., and ensure that the cutting process is carried out accurately in accordance with the preset procedures and parameters.
Motion control circuit: It is responsible for controlling the movement of the cutting head and the pipe. It drives the motor to drive the cutting head to move precisely in a two-dimensional plane, achieving accurate tracking of the cutting path. The motion control circuit can also precisely control the rotation and axial movement of the pipe, ensuring the position accuracy of the pipe during the cutting process, thus enabling the realization of various complex cutting shapes and patterns

 

Laser Power	Max	Cooling System	Water Cooling
Laser head	OSPRI	Applicable Material	Metal
Chuck	RK	Laser Classification	Soild Laser
Servo Motor	INOVANCE	Operation Software	Cypcut
Chiller	Hanli	Laser Technology	Laser Control Fault Cutting
Air Compressor	JAGUAR	Laser Working Medium	Ytterbium-Doped Fiber
Optical Path System	Fiber~Optical Transmission	Trademark	zhonghao

Company Profile

Our Company
 

Our company was estabished in 2010. It is located in Cangzhou, Hebei Province, China. We're committed to the production of digital control, mechanical and electrical integration, practical, new, cost-effective.
Our organization has eficient management, we respect for talents, and have a group of expenenced mechanicaland electronic industry control and electromechanical integration professional technology.
We have cooperated with lots of famous companies, such as Chuangxin Laser, BOCHU Software and Guangzhou CNC in China.
In 2013, we successfully developed the first automatic pipe cutting machine based on CNC machine tool .
In 2016, a series of new steel support blanking driling and welding products were developed to solve a series of technical problems for the steel support industry.
In 2017,China's first gantry plasma arc cutting equipment was designed,which improved the combination quality of relevant lines.
In 2018, we successfully developed a fully automatic laser cutting equipment.

After Sales Service

For each customer,we provide engineers with free on-site installation,guidance services and one-year free warranty.If you have any technical or business questions,please contact us!
We do our best for every customer and are committed to solving problems for customers.

FAQ

 

What is your after-sales service like?	1>If you come to our factory for learning, it will be free.  2>If you need us to teach you at your factoryyou need to take responsibility the technician's business travelling ticket / room and board/ 300 USD per day.
How long is the delivery time?	Depending on the different conditions of the order and production arrangements, the delivery time for our customized products is about 30-35 working days.
What're your payments?	TT/West Union/LC/Cash and so on.
How should I choose the product?	You just need to tell us the following information: 1>Max work size 2> Material and Cutting thickness 3> Floor area required for the operation. Then we can customize the product exclusively for you.
What are the main components of a laser pipe cutting machine?	The core components of our machinery include the laser, cutting head, chuck, etc. In addition, there are some auxiliary systems such as the control system, transmission system, cooling system, auxiliary gas system, workbench, etc.