Mouse/Pointing

Mouse/Pointing
Integrated mouse modules from Interlink Electronics can add 360-degree pointing control to virtually any electronic device. Ranging from simple Mouse Button integration to a NEMA-rated industrial pointing devices, these solutions are ideal for applications away from the desktop. Over the past 15 years, applications for these products have included rugged laptops, industrial keyboards, belt-worn mouse button cursor controllers, military PCs and much more. Our integrated modules use patented Force Sensing Resistor technology packaged in a four-zone pointing sensor that provides pressure sensitive direction and cursor speed control.
DuraPoint Industrial Mouse

THE TOUGHEST MOUSE IN THE WORLD! Drive a truck over it. Throw it off a building. Or just use it 24/7 in your process control operations or on your manufacturing floor. DuraPoint dominates. It has no moving parts (nothing clog up or break) and is maintenance-free. It's also environmentally sealed and impervious to atmospheric contaminants, vibration, sound waves and physical shock. DuraPoint is available in both stand-alone and console mountable versions.

DuraPoint OEM

DuraPoint OEM is a reliable, rugged and easy to integrate mouse module that is the ideal cursor control solution for industrial computers, process automation systems, industrial keyboards, vision inspection systems and military computers. The DuraPoint mouse module can easily be sealed into a system to create an interface impervious to water and dust. It provides standard data outputs that allow easy interfacing to other control applications, such as pan and tilt controllers, CCTV controllers, motion control equipment and medical control equipment.

Micro Joystick Sample Kit

The high-precision Micro Joystick is an innovative, intuitive, OEM pointing system that delivers simultaneous 360-degree control of direction and speed at the touch of a fingertip. Micro Joystick is ideal for integration into notebook computers, remote controls, games, ruggedized products and other portable products where space is limited. Micro Joystick is based on Interlink Electronics' patented pressure-sensitive Force Sensing Resistor.

MicroModule Solution Kit

The MicroModule is a finger-actuated "mouse" pointing module that provides complete 360-degree directional control and accurate speed control simultaneously. Users control direction by applying pressure in the direction of the desired movement and adjust the speed by altering the amount of pressure on the device.

MM VP5000

MicroModule VP5000 red joystick button/black keypad with RS232/PS-2 connection.
The MicroModule is a finger-actuated "mouse" pointing module with red joystick button/black keypad and RS232C//PS-2 connections.

MM VP5500

MicroModule VP5500 gray button/black mouse logo with RS232/PS-2 connection.

The MicroModule is a finger-actuated "mouse" pointing module with gray button/black mouse logo and RS232C//PS-2 connections.

MM VP5505

MicroModule VP5505 gray button/black mouse logo with USB connection.
The MicroModule is a finger-actuated "mouse" pointing module with gray button/black mouse logo and USB connections.
 

MM VP5510

MicroModule VP5510 black button/white mouse logo with RS232/PS-2 connection.

The MicroModule is a finger-actuated "mouse" pointing module with black button/white mouse logo and RS232C//PS-2 connections.

MM VP5515

MicroModule VP5515 black button/white mouse logo with USB connection.
The MicroModule is a finger-actuated "mouse" pointing module with black button/white mouse logo and USB connections.

VersaPad OEM Sample Kit

VersaPad OEM is a customizable input pad solution for fingertip-based cursor pointing or stylus-based pen input for electronic signature and character recognition applications. The sensor outputs both position and force data, which can be used as a user interface for mobile phones, digital media players or otherthe entire range of portable electronics devices. The VersaPoint pad size can be designed to fit any almost any application, and the sensor can be integrated directly into the device's host processor without the need for a dedicated microprocessor.