SN-320 CNC forming grinding wheel gear grinding machine
CNC gear grinding machines, including the SN-320 model, are designed for high-precision gear grinding.
CNC control: The machine tool has a system that can accurately control and program the grinding process. This allows the operator to define the required gear specifications, such as tooth profile, pitch, and surface finish.
High-precision grinding: CNC gear grinding machines can achieve high-precision gear grinding. They use advanced wheels and CNC control algorithms to ensure accurate and repeatable grinding results.
Formed grinding wheel: The SN-320 CNC-formed grinding wheel gear grinder mentions explicitly the use of formed grinding wheels. Formed grinding wheel is a specialized grinding wheel used for gear grinding, whose shape matches the tooth shape of the gear. This allows for efficient and precise grinding of gear teeth.
Multi axis capability: CNC gear grinders typically have multiple motion axes to adapt to complex gear geometries. This allows for grinding various types of gears, including spur gears, helical gears, bevel gears, etc.
Automatic trimming: This machine can have an automatic trimming function, automatically trimming or trimming the grinding wheel to maintain its shape and ensure consistent grinding performance. This can help improve the efficiency and accuracy of the grinding process.
In process measurement: Some CNC gear grinders include in process measurement systems. These systems can measure key parameters during the grinding process, such as tooth profile, tooth pitch, and surface roughness, in order to achieve real-time monitoring and adjustment.
Workpiece processing: CNC gear grinding machines typically include a workpiece processing system for loading and unloading gears for grinding. Depending on the specific machine and application, this can be done manually or through automated systems.
Software function: The machine may be equipped with specialized gear grinding software. This software allows programming of gear profiles, optimizing grinding parameters, and simulating the grinding process.