Wired/wireless handwheel

Wired handwheel

Price and stability: relatively low price and stable performance. Signal transmission relies on cables, which is not easily interfered by external wireless signals, and can ensure stable pulse signal output and reliable control of machine tool axis movement.

Precision and feedback: real-time, accurate feedback of operating instructions, almost no delay in operation, can achieve high-precision micro-feed control to meet the needs of precision machining tool setting, fine-tuning and other operations.

Anti-interference: generally have good electromagnetic shielding measures, can resist electromagnetic interference generated by the operation of the machine tool, to ensure stable signal transmission, to avoid misoperation.

Wireless handwheel

Convenience of operation: free from the constraints of the cable, the operator can move freely and operate flexibly around large machine tools or complex equipment, especially suitable for large-scale gantry milling, CNC lathes, etc., which greatly improves the convenience of operation and work efficiency.

Low Failure Rate: Reduce the failure caused by cable dragging, bending, abrasion, sticking on oil, etc., and reduce the maintenance cost and downtime.

Transmission performance: the use of wireless transmission technology such as 2.4G, encrypted data transmission, strong anti-jamming, long transmission distance (generally up to tens of metres), and good penetration, stable performance. Some of them also support the simultaneous use of multiple devices.

Functional diversity: often integrated with a variety of functions, such as axis selection, multiplier selection, some support for custom key functions, according to machining habits and process requirements to set up shortcut commands; some can also real-time display of machine coordinates.