 |
| Quantity: | |
|---|---|
BOAO
Robot Laser Cutting Machine
Robotic laser cutting machine is an intelligent cutting device that combines industrial robots and high-power lasers. It is suitable for 3D curved surface cutting, special-shaped parts processing, automotive sheet metal, aerospace and other fields. Compared with traditional gantry laser cutting machines, it is more flexible, can complete complex spatial trajectory cutting, and is suitable for small batch and multi-variety production.
High flexibility: 6-axis robots can complete three-dimensional space cutting (such as automobile exhaust pipes, special-shaped sheet metal).High precision: Repeat positioning accuracy ±0.05mm, combined with laser tracking to compensate for workpiece errors.
High efficiency: Fiber laser cutting speed can reach 20-50m/min (depending on material thickness).Low thermal deformation: Laser cutting has a small heat-affected zone and is suitable for precision parts.Automated integration: It can be linked with AGV and production lines to achieve unmanned production.
➤ Machine Features
It has strong adaptability to materials and can adapt to the cutting and processing of various special-shaped workpieces;
It has high production efficiency and can replace the trimming die and punching die of traditional manufacturing processes;
It has high economic benefits and greatly shortens the R&D cycle of new products to seize market opportunities;
It has high cutting accuracy and smooth cut surfaces without burrs, meeting the manufacturing accuracy requirements of the locomotive industry;
It is simple and fast to operate, with a rich embedded process database that can be called or modified with one click;
It has stable and reliable performance, high efficiency and energy saving, low maintenance cost and long service life;
It has strong scalability and can add external axes to achieve linkage or collaborative processing, shortening the cutting time;
It is green and environmentally friendly processing, does not produce pollutants, does not have consumables, and has a high yield rate.
➤ Product Introduction
The six-axis robot 3D fiber laser cutting machine is a perfect combination of a six-axis industrial robot and a high-precision fiber laser system. It is an advanced 3D fiber laser cutting equipment that combines high stability, high precision, high performance, and high speed. It can easily achieve dynamic 2D and 3D cutting in one step. The overall structure of the robot is designed according to ergonomics, and even the most complex curved surface processing can be completed with simple operation.
With specially designed lightweight three-dimensional anti-collision cutting head and various positioners and fixtures to achieve seven-axis and eight-axis linkage, it can realize spatial curve trajectory cutting of various special-shaped three-dimensional workpieces. Among them, 6000W and above use light control box and 3-level 5-level perforation, the maximum cutting thickness reaches 15mm, and the minimum cutting aperture is 3mm. Its efficiency is more than 3 times higher than that of traditional CNC processing methods. It has high cutting accuracy, fast cutting speed, no deformation, no consumables, no pollution, simple process, one-time cutting and forming, no need for mold opening and subsequent grinding processing, which greatly reduces the mold investment cost, labor cost and cutting time, shortens the new product development cycle, and is very suitable for new product development and multi-variety small and medium-sized batch production.
It effectively solves the practical problems of high mold opening and stamping costs, high operation and maintenance costs, long cycles, inflexible changes, complex and time-consuming processes, large land occupation, and environmental protection of processing processes such as plasma cutting or five-axis machine tool laser cutting. It meets the needs of small and medium-sized batches and diversified flexible processing in the fields of automobile manufacturing, frame, special-shaped pipe fittings, engineering molds, etc., and strongly promotes the upgrading of industrial intelligent manufacturing.
Robot Laser Cutting Machine
Robotic laser cutting machine is an intelligent cutting device that combines industrial robots and high-power lasers. It is suitable for 3D curved surface cutting, special-shaped parts processing, automotive sheet metal, aerospace and other fields. Compared with traditional gantry laser cutting machines, it is more flexible, can complete complex spatial trajectory cutting, and is suitable for small batch and multi-variety production.
High flexibility: 6-axis robots can complete three-dimensional space cutting (such as automobile exhaust pipes, special-shaped sheet metal).High precision: Repeat positioning accuracy ±0.05mm, combined with laser tracking to compensate for workpiece errors.
High efficiency: Fiber laser cutting speed can reach 20-50m/min (depending on material thickness).Low thermal deformation: Laser cutting has a small heat-affected zone and is suitable for precision parts.Automated integration: It can be linked with AGV and production lines to achieve unmanned production.
➤ Machine Features
It has strong adaptability to materials and can adapt to the cutting and processing of various special-shaped workpieces;
It has high production efficiency and can replace the trimming die and punching die of traditional manufacturing processes;
It has high economic benefits and greatly shortens the R&D cycle of new products to seize market opportunities;
It has high cutting accuracy and smooth cut surfaces without burrs, meeting the manufacturing accuracy requirements of the locomotive industry;
It is simple and fast to operate, with a rich embedded process database that can be called or modified with one click;
It has stable and reliable performance, high efficiency and energy saving, low maintenance cost and long service life;
It has strong scalability and can add external axes to achieve linkage or collaborative processing, shortening the cutting time;
It is green and environmentally friendly processing, does not produce pollutants, does not have consumables, and has a high yield rate.
➤ Product Introduction
The six-axis robot 3D fiber laser cutting machine is a perfect combination of a six-axis industrial robot and a high-precision fiber laser system. It is an advanced 3D fiber laser cutting equipment that combines high stability, high precision, high performance, and high speed. It can easily achieve dynamic 2D and 3D cutting in one step. The overall structure of the robot is designed according to ergonomics, and even the most complex curved surface processing can be completed with simple operation.
With specially designed lightweight three-dimensional anti-collision cutting head and various positioners and fixtures to achieve seven-axis and eight-axis linkage, it can realize spatial curve trajectory cutting of various special-shaped three-dimensional workpieces. Among them, 6000W and above use light control box and 3-level 5-level perforation, the maximum cutting thickness reaches 15mm, and the minimum cutting aperture is 3mm. Its efficiency is more than 3 times higher than that of traditional CNC processing methods. It has high cutting accuracy, fast cutting speed, no deformation, no consumables, no pollution, simple process, one-time cutting and forming, no need for mold opening and subsequent grinding processing, which greatly reduces the mold investment cost, labor cost and cutting time, shortens the new product development cycle, and is very suitable for new product development and multi-variety small and medium-sized batch production.
It effectively solves the practical problems of high mold opening and stamping costs, high operation and maintenance costs, long cycles, inflexible changes, complex and time-consuming processes, large land occupation, and environmental protection of processing processes such as plasma cutting or five-axis machine tool laser cutting. It meets the needs of small and medium-sized batches and diversified flexible processing in the fields of automobile manufacturing, frame, special-shaped pipe fittings, engineering molds, etc., and strongly promotes the upgrading of industrial intelligent manufacturing.
