Non-Standard Automated Betel Nut Production Line SolidWorks 3D Model

A complete design model of the whole machine assembly of betel nut production line Containing the main structure of the head and filter, head assembly, body assembly, filter, material distribution conveyor assembly, upper steel wire pallet module, diversion belt splicing, etc. n1, Stirring device: ablution tube external dimensions to make large, the overall height is reduced, the magnetic stirrer distance interval increase, enhance the stirring effect, to solve the mixing of the upper and lower stratification is not uniform; n2, Heating device: determine the shape of the heating plate, increase the PTFE heat-insulating pillar at the bottom, improve the installation position of the temperature sensor and the safety protection of the heating power line, and at the same time, consider the distance between the magnetic stirrer and the bottom of the elimination tube, to prevent the magnetism from affecting the stirring too weakly; n3, Cooling fan: first of all, consider the separation of upper and lower cooling, the lower part of the use of a separate air curtain or blower, the upper part of the use of air curtains or four large axial fans for cooling, the effect is not ideal when you can consider electronic refrigeration mode; n4, Condensing box: according to the new cooling fan and condensing tube size re-making sheet metal, and need to consider the condensing box docking robot can withstand the weight; n5, Condensate tube: use jacketed circulating water cooling or condensate tube at the upper end of the water storage jacket device cooling; n6, Dosing device: according to the addition of liquid precision to determine the required liquid peristaltic pump using high-precision peristaltic pumps or ordinary peristaltic pumps, can also be argued whether to use a plunger pump or other liquid addition; n 7, Machine all liquid piping and electrical wiring layout to determine; n 8, Control box internal electrical installation and wiring layout to determine the way, the industrial computer and monitor and other hardware related testing and configuration to determine;