XT K series coil laser cutting machine

In current industrial production, in order to facilitate transportation and storage, the board is harvested into rolls. During production and processing, the coil material is uncoiled and leveled to form a sheet metal, which is then imported into laser cutting equipment for cutting. The coil laser cutting production line, also known as the coil laser cutting machine, is mainly composed of a CAD/CAM programming system, an automatic uncoiling and leveling system, a servo automatic feeding system, and a laser cutting system. It can operate according to plan, greatly improving production efficiency, reducing labor burden, reducing production costs, and reducing floor space. It has the characteristics of high efficiency, high precision, low cost, and easy operation.

Development status of coil laser cutting machines

In recent years, some domestic enterprises in China have also launched coil laser cutting production lines, but the technical level of these products still has a certain technical gap compared to foreign countries. Due to the short research and development cycle and low research and development funds, the domestic product structure is often suitable for situations with low precision and speed requirements. With the continuous improvement of internationalization, leading enterprises in the industry have gradually realized the gap and established a comprehensive manufacturing service system. For example, the gap in technology between Shenzhen’s Han’s Laser and developed country enterprises has significantly narrowed.

Advantages of coil laser cutting machine

The application of laser cutting production lines in the field of coil processing automation can achieve significant manufacturing advantages:

Continuous cutting production with high equipment utilization. Due to the use of a rotating workbench on the host machine, the coil material is uncoiled and leveled before being fed by the feeding machine to the laser cutting machine for cutting above the rotating workbench. As the workbench moves, the process of cutting while feeding can be achieved, effectively shortening the cutting time of parts and improving the efficiency of equipment use.

Production has flexibility. It can respond to changes in production requirements at any time. When the required parts change, the two-dimensional graphics can be modified through programming software to cut out the required parts, without the need for changes in equipment hardware structure. It has the flexibility to manufacture different products.

Equipped with automatic typesetting function, reducing the generation of excess waste. The cutting host system itself has an automatic typesetting function, which can be mixed and produced at any time according to temporary spare parts. The required parts are simulated and automatically arranged on a computer to effectively reduce the generation of waste and reduce production costs.

Low processing cost. The production cost of the coil laser cutting production line is the lowest in mass production. Except for high one-time investment costs, all other indicators are superior to conventional production plans.

In summary, the coil laser cutting production line is an advanced manufacturing technology centered on CNC technology and combined with computer technology, communication technology, and database management technology. It is suitable for the production of large quantities of parts and is located at the workshop level in an integrated manufacturing environment.

This article briefly introduces the current development status, advantages, technical characteristics, and parameters of the production line for coil laser cutting machines. This production line can be used in industries such as home appliances, vehicles, and food. It effectively shortens the production cycle and improves the market competitiveness of users. In the future industrial development, the production line of coil laser cutting machines will rapidly develop, and the degree of automation will also become higher and higher, which is also the direction of the future development of the sheet metal industry.