High Aluminium Machine Efficiency Automatic Corner Connector Cutting

Description

High Efficiency Automatic Corner Connector Cutting Machine for Aluminum About this product High Efficiency and Easy Operation: The High efficiency Automatic Corner Connector Cutting Machine for Aluminum is designed for effortless operation, allowing users like you to streamline their window and door processing tasks. Versatile Material Handling: This machine is capable of cutting PVC, UPVC, and aluminum materials, making it a valuable asset for various industries such as building material shops, machinery repair shops, manufacturing plants, construction works, and more. Durable Construction: With a robust design and a weight of 500 kg, this machine is built to last, ensuring reliable performance over time. Advanced Features: Equipped with a 2.2kw motor, 2840 r/min motor speed, and PLC control, this machine offers precise cutting capabilities and efficient operation. Warranty and Support: Zhengke offers a 1-year warranty on core components, including the motor and PLC, providing peace of mind for users like you who invest in this machine. Briefing The product is a High-Efficiency Automatic Corner Connector Cutting Machine. This machine is designed for efficient and precise cutting of corner connectors for aluminum and UPVC profiles using automatic technology. Key Specifications Type: Automatic Corner Connector Cutting Machine Material: Steel Operation: Automatic Power: 3 kW Voltage: 380V/50Hz Cutting Capacity: 5-700 mm length, 120×120 mm width and height Cutting Angles: 90° Saw Blade Specification: 500x30x4.4 mm, Z=120 Motor Speed: 2840 RPM Weight: Approximately 750 kg Dimensions: 5670x1770x1840 mm Control: Electric with digital display Applications Aluminum and UPVC Window and Door Making: Ideal for cutting corner connectors for aluminum and UPVC profiles used in window and door manufacturing. Customizable: Can be customized for different sizes and specifications. Summary This high-efficiency automatic corner connector cutting machine offers a powerful and efficient solution for cutting corner connectors for aluminum and UPVC profiles. It is designed for automatic operation with a high-precision control system, making it suitable for use in various industries such as window and door manufacturing. The machine is customizable in terms of size and specifications, providing flexibility for different projects. Its durable construction and advanced control features ensure reliable performance. Products Description CNC Corner Connector Cutting Machine Features 1. This machine is mainly used for cutting aluminum corner connectors with fully automatic. 2. Automatic feeding is realized by PLC and precision lead screw, saw blade feeding driven by gas-liquid damping cylinder. 3. Automatic counting system can record the number of cutting pieces to facilitate batch cutting. 4. Presetting the size of corner connector and cutting quantity on touch screen, easy to operate. feeding. 5. Imported carbide saw blades with high processing precision and high durability. Product Parameters Input power 380V/50Hz 2.2Kw Operating air pressure 0.5-0.8Mpa Motor speed 2840 r/min Automatic feeding length Unlimited feeding Sawing diameter Φ450mm(Φ500mm optional) Air consumption 120L/Min Saw blade feed speed 0-3m/Min Cutting length 140mm*120mm Overall dimensions 1250*950*1250mm (Excluding support rack 4m) Details Images Easy to maintain The equipment has the characteristics of convenience in maintenance. It may be that the structure is well designed and the parts are easy to disassemble and replace, or it may be equipped with an intelligent fault diagnosis system, which can quickly and accurately point out the problem. For example, some of the key equipment on the automated production line, the use of modular design, when a module failure, just replace the corresponding module, without the entire equipment disassembly and overhaul Reliable performance Parts go through a series of rigorous testing procedures before they are put into use. These tests may include functional tests to verify that they function as expected; durability tests to simulate wear and aging under long-term use conditions; and environmental fitness tests, to ensure stable operation under different temperature, humidity, pressure and other environmental factors. Stable and efficient Systems or equipment should be able to function properly, either in ideal standard environments or under more extreme or exceptional conditions. Some devices may require long periods of continuous operation, while others are used intermittently. Stable equipment, whether frequently used or less, its performance will not appear significant degradation or Failure.