1.The design goal of the machine is high speed and high precision machining, and the structure design and power ratio of the machine are carried out
Enhanced, so that the equipment has a high strength bed and moving parts, the use of efficiency has been greatly improved.
2. Wide range of processing width and processing height to meet the processing of variety of profiles.Adopt high speed and high precision motorized spindle. X axis adopts high precision helical gear and helical rack, Y axis and Z axis adopts high precision ball screw drive.
3. Automatic tool change type, the equipment according to the need for automatic tool change processing, 6 tool library design.
The 3-axis CNC machining center for aluminum profiles (with tool magazine) is a highly advanced piece of equipment that is designed to provide high-speed, accurate, and efficient machining of aluminum profiles. Below are some of its main product details:
Working Area: The machine features a large working area that can handle aluminum profiles of various sizes, making it an ideal tool for window and door manufacturers.
Tool Magazine: The machine includes a tool magazine that stores multiple cutting tools, enabling automatic tool changes for increased production efficiency.
High-Speed Spindle: The machine uses a high-speed spindle that delivers fast and precise cutting of aluminum profiles, resulting in high-quality finished products.
User-Friendly Interface: The machine features an intuitive interface that enables easy operation and control, making it user-friendly and efficient.
Compatibility: The machine is compatible with different CAD/CAM software, making it easy to integrate with existing manufacturing workflows.
Safety Features: The machine comes with safety features that protect operators from accidents and injuries during operation.
Overall, the 3-axis CNC machining center (with tool magazine) is an essential tool for manufacturers who seek to prioritize efficiency, precision, versatility, and safety in their aluminum profile processing operations.
