CMM joysticks use potentiometric, inductive, or photoelectric sensing systems and/or switches to translate joystick motion into an output signal. They are usually made from plastic, nylon, nylon plastic, glass-filled nylon, or stainless steel. Several types of joystick controllers are available. CMM joysticks are used in demanding environmental conditions or with heavy-duty equipment
CMM joystick controllers are used for steering, positioning, and speed control in applications such as microscope control. They are also used in camera controls, wheel chairs, surveillance cameras, optical measurement equipment, medical diagnostic equipment, and stage techniques. Game joysticks are used in flight simulators, video games, and remote controls.

The Jogbox is the first manual coordinate measuring machine (CMM) control interface to be designed based on extensive user experience research. Offering ergonomic design coupled with robust construction, it lets you take control of your CMM comfortably – all day, every day. The Jogbox was developed for you, the user. A combination of extensive user research, iterative prototyping, extensive knowledge of manufacturing and carefully chosen components led Hexagon Manufacturing Intelligence to create the NJB in an effort to transform the user experience and significantly increase product durability in the field.

Coordinate measuring machines (CMM) are used to measure geometrical attributes of objects for verified correctness. These metrology machines are typically 3- or 4-axes and usually include touch or optic probes to provide positional feedback. The machines can be manually controlled by an operator for data collection or automatically controlled for dimensional inspection use in real-time process quality control.

PI 200-3 does not require a protective earth, however an equipotential bonding point is provided on the rear panel for connection to the rest of the installation. PI 200-3 interface is rated to operate at +24 Vdc 0.25 A max input current If an internal interface is fitted with the PHC10-3, it will obtain its power internally from the PHC10-3 controller.