CNC horizontal machining centers have the following advantages during processing:
High speed: CNC horizontal machining centers typically utilize more efficient feed and multi-axis simultaneous cutting technologies, making the machining process faster. Operators and part designers can create seamless command sequences to achieve rapid production with fewer part cycles.
Capability to process complex parts: CNC horizontal machining centers can follow instruction sets derived from product design files for complex cutting and can machine workpieces with high precision from multiple angles. This allows the machine to create all components used in anything from standalone products to complex assemblies.
Automation and intelligence: CNC horizontal machining centers often employ automated processing methods, featuring functions such as automatic startup, automatic adjustment of processing parameters, and automatic shutdown. These capabilities enable intelligent production without the need for manual operation, improving production efficiency.
High precision: CNC horizontal machining centers utilize CNC technology and high-precision machine design to achieve high-precision machining, with dimensional, shape, and positional accuracy reaching 0.01 millimeters.
Cost-effectiveness: Compared to traditional machining methods, CNC horizontal machining centers can significantly reduce costs. They can reduce the number of employees and the time required, while also minimizing waste, errors, and defects caused by human factors.
Versatility: The design of CNC horizontal machining centers allows for the continuous production of large quantities of goods with minimal interruptions. They can perform cutting, drilling, tapping, and other operations, catering to various processing tasks for different materials such as non-metallic, metallic, and alloys.
In summary, CNC horizontal machining centers offer advantages such as high speed, high precision, automation, and intelligence, enhancing production efficiency and reducing costs. They are indispensable equipment in modern mechanical processing.