Guangdong Foshan Aluminum Processing Center Manufacturer Introduction Aluminum Cutting Machine Function and Use

　　 Guangdong Foshan Aluminum Processing Center Manufacturer Introduction: Aluminum cutting machine (also known as aluminum cutting machine) is a mechanical tool specifically used for cutting and feeding aluminum materials. 2000-5000 rpm, the function of the aluminum cutting machine is to cut aluminum rods, aluminum plates, aluminum tubes, and aluminum profiles.

　　Guangdong Foshan Aluminum Processing Center Manufacturer introduces cutting machine classification

　　Manual Aluminum Cutting Machine

　　Aluminum alloy cutting machines are relatively simple and easy to operate; manual pressing of the head is required to cut the material.

　　Semi-automatic Aluminum Cutting Machine

　　Semi-automatic aluminum cutting machines are divided into gas-oil conversion type and hydraulic type, produced by aluminum cutting machine manufacturers. The two models have different performance characteristics. The gas-oil conversion type has high cutting section accuracy and cuts small material sizes, while the hydraulic type has high pressure, poor accuracy, and cuts large material sizes. Semi-automatic aluminum cutting machines only require manual signal input to the machine; the machine automatically performs clamping and cutting actions.

　　Guangdong Foshan Aluminum Processing Center Manufacturer: Fully automatic aluminum cutting machines are controlled by a PLC programmable storage device, which manages and controls various parts of the machine. Once set, simply start the switch. The machine will automatically complete functions such as loading, cutting, feeding, and counting control, with high efficiency and high processing accuracy.

　　Functions and Uses

　　 Guangdong Foshan Aluminum Processing Center Manufacturer Manual cutting machine heads can rotate left and right, allowing for 45-degree angle cuts. Cutting accuracy is poor. Suitable for the aluminum door and window industry and aluminum cutting work with low accuracy requirements.

　　Semi-automatic Aluminum Cutting Machine

　　Guangdong Foshan Aluminum Processing Center Manufacturer: Semi-automatic gas-oil conversion high-speed aluminum cutting machine uses tungsten steel circular saw blades for cutting, with a spindle speed of 3200 rpm. Power feeding and pressing use gas-oil conversion, with a hidden saw blade, cutting from bottom to top, automatic pressing and cutting, and automatic oil spray lubrication. The cut section is smooth and burr-free, with high precision. Single and multiple cutting operations are simple and safe, suitable for sawing various aluminum products, aluminum strips, aluminum tubes, aluminum tapes, and other aluminum profiles.

　　Semi-automatic hydraulic aluminum cutting machine, the machine has a rough structural design, and uses a hydraulic system as the feeding power, with saw blade parallel feeding action. The cutting material cross-section accuracy is poor, and the cut material size is large, suitable for rough processing of aluminum materials.

　　Automatic Aluminum Cutting Machine

　　Guangdong Foshan Aluminum Processing Center Manufacturer: Automatic aluminum cutting machines are suitable for small pieces of aluminum material, with large cutting volume and high precision cutting requirements. Small aluminum parts can be cut in bundles, multiple pieces at a time, with high efficiency. Positioning and other functions are controlled by PLC to achieve automatic cutting. Tungsten steel circular saw blades are used for cutting. The saw blade motor speed is 3200 rpm, and the cut material section is smooth and burr-free. Suitable for various aluminum product manufacturing with precision cutting requirements, such as heat sink aluminum materials, U-disk MP3 aluminum shells, aluminum tubes, aluminum rods, and aluminum alloy building materials.

　　 Guangdong Foshan Aluminum Processing Center Manufacturer In recent years, innovations in laser technology have led people to appreciate the advantages of laser cutting aluminum materials. Laser cutting technology can process consistent parts faster, with higher efficiency than traditional processing, greatly reducing processing time and production costs.