Solution for Desktop Glue Dispensing Machine in Sensitive Sensor Glue Application

Background of the plan

Special electronic components that can sensitively sense certain physical, chemical, and biological information and convert it into electrical information. This type of component is usually made using some sensitive effect of the material. Sensitive components can be named according to the physical quantity of input, such as thermosensitive (see thermistor), photosensitive, pressure-sensitive, pressure-sensitive, magnetic sensitive, gas sensitive, and humidity sensitive components. The use of sensitive components in electronic devices to perceive external information can achieve or exceed the functions of human sensory organs. Sensitive components are the core components of sensors. With the rapid development of electronic computers and information technology, the importance of sensitive components is increasing day by day. So in the production process of various devices, the dispensing process of sensitive sensors becomes important.

Advantages of the plan

Desktop dispensing machines have the following advantages: Chinese handheld LCD screen operation, easy to learn programming; Support functions such as point drawing, line drawing, surface drawing, arc drawing, and irregular curve interpolation, which can achieve 3D non planar trajectory paths; Support advanced functions such as array, graphical browsing, 3D ellipse, commonly used gallery insertion, group editing, etc; The adhesive amount, trajectory thickness, coating speed, dispensing time, and stopping time can all be set by parameters; Large program capacity, capable of storing 100 programs and 400000 memory points; Can be equipped with smelting tools, various glue guns and controllers, heating and temperature control devices, etc; Multiple dispensing heads can be selected, and multiple points can be operated simultaneously, increasing work efficiency exponentially.

System configuration

Drive motor: stepper motor (optional servo motor);

Transmission mode: linear guide+synchronous belt (optional linear guide+screw);

Optional modules: Needle calibration module, visual recognition system;

Programming method: handheld programmer+graphic file import