The Quality of CNC Machining Relies on Strict Industry Standards
ISO 10791: Specifies test conditions for machine tools, including geometric accuracy, positioning accuracy, and repeatability.
GB/T 19001: Requires enterprises to establish a quality management system that ensures full traceability throughout the entire process-from programming and tool management to finished product inspection.
VDI/DGQ 3441: A German standard that defines methods for compensating for thermal deformation in machine tools, thereby ensuring stability during prolonged machining operations.
Currently, CNC technology is evolving in two primary directions
Intelligent CNC: Integrates AI algorithms to enable adaptive machining (e.g., automatically adjusting cutting parameters based on material hardness) and predictive maintenance.
Composite Machining: Integrates functions such as turning, milling, grinding, and laser processing into a single machine tool, thereby reducing the number of setups and enhancing efficiency. For instance, a turn-mill machining center can complete the machining of all features on shaft-type parts in a single operation.
