How to achieve miniaturization of the dispenser?

In the actual application process, the dispenser designed and manufactured by itself cannot be stored because the installation space of the coating nozzle is limited, so it is necessary to further simplify the device, miniaturize it, and solve the problem of insufficient space. This issue of Plass Robot will introduce you how to miniaturize the dispenser device and solve the problem of insufficient space for placement. 

First, the dispensing machine designed by the integrated stepping motor and ball screw of the small stepping motor driver can be used for quantitative, high-precision coating solutions, painting, adhesives and other liquids. 

In the actual application process, the dispenser designed and manufactured by itself cannot be stored because the installation space of the coating nozzle is limited, so it is necessary to further simplify the device, miniaturize it, and solve the problem of insufficient space. 

This issue of PULSE Robot will introduce you how to miniaturize the dispenser device and solve the problem of insufficient space for placement. First, the dispensing machine designed by the integrated stepping motor and ball screw of the small stepper motor driver can be used for quantitative, high-precision coating solutions, painting, adhesives and other liquids. PMC007 series integrated stepping motor made by Spectrum Robot, with a minimum 28mm mounting size and compact structure. The hollow rotor is integrated with the nut of the ball screw, and the screw is used as part of the motor, and the product itself is more compact