Three-Servo CNC Cast-Iron Type Aluminum Cutting Machine: A Precise Partner for Aluminum Profile Processing
When cutting aluminum profiles, older equipment often has problems - either the cutting process is noisy and the resulting material has poor precision, or the finished products are prone to scratches and always leave material tails, which are quite annoying pain points in the industry. You might also have such problems. Imbalanced feeding can cause size deviations, unstable tool changes can affect the life of the saw blade, and processing efficiency cannot be improved. The Three-Servo CNC Cast-Iron Type Aluminum Cutting Machine is specifically designed to solve these problems. It uses a multi-servo configuration and a stable structure to ensure cutting precision and product protection, and can also reduce waste. It helps you save a lot of effort and increase efficiency in aluminum profile processing.
This equipment is specifically designed for various aluminum profile processing. Whether it is for making door and window frames, furniture aluminum materials, or industrial aluminum profile components, it can precisely cut. In the workshop production, it can be used in conjunction with saw machines, tapping machines, and grinding machines, with smooth connection from aluminum material cutting to subsequent processing. There is no need to repeatedly adjust the position of the workpiece, and the rhythm of the entire production line can be accelerated. The advantages of this equipment are hidden in many practical designs: the high-precision motor spindle is equipped and operates with low noise and vibration, and during cutting, it can firmly hold the aluminum material without being affected by vibration, ensuring accuracy; the servo motor is used for feeding, which can avoid the finished products from being scratched again, and can achieve no material tail cutting, reducing material waste; the feeding is also done by the servo motor, regardless of how long the aluminum profile is cut, the size can be accurate; the tool change is also driven by the servo motor, the tool change process is stable, the saw blade is less likely to be damaged, and it lasts longer. Moreover, the base of the machine is cast as a whole and undergoes annealing treatment to eliminate internal stress, and the integrated processing ensures that the machine is not prone to deformation even after long-term use, maintaining a stable cutting state. The electrical components use well-known domestic brands, whether it is PLC, touch screen, or frequency converter, they are reliable and durable, and there is no need to worry about failures during long-term processing.
Product Features
The multi-servo motor configuration uses servo drives for feeding, material feeding, and tool change, which not only protects the finished products from scratches and achieves no material tail, but also ensures accurate feeding and stable tool change.
The high-precision motor spindle is equipped, with low noise and vibration during operation, ensuring the accuracy of aluminum profile cutting, reducing size deviations.
The overall cast base undergoes annealing treatment to eliminate internal stress and integrated processing, making the machine stable and less prone to deformation, and remaining stable in performance even after long-term use.
The core electrical components use well-known domestic brands, with reliable quality, capable of meeting long-term processing requirements, and reducing the probability of equipment failure.
Tips
Before starting each day's operation, check if the connection lines of the servo motors are firmly connected, especially the motors corresponding to feeding and tool change, to avoid loosening and affecting accuracy.
Before cutting aluminum profiles of different specifications, calibrate the parameters through the touch screen to ensure that the spindle speed and feeding speed match, improving the cutting effect.
Regularly clean the aluminum chips around the motor spindle to avoid heat dissipation issues caused by debris accumulation, and check the wear of the saw blade to replace it in time to ensure the cutting quality.
When processing with saw machines, tapping machines, and grinding machines, adjust the processing benchmark of the subsequent equipment according to the feeding accuracy of this machine to ensure the uniformity of the entire process.
