autocad 3d ddesign

Below is an outline of the machine which would be used for processing chemical (deaeration of various powders). I would use 5 or 6 servo motors (sealed ac brushless type coupled with gears) to run different parts. These motors would be programmed by PLC and controlled through HMI. Processing Chambers: A : The powder to be processed would enter a feed hopper assembly. This assembly would include 1 - A lump breaker 2 - Two horizontally aligned auger screw pushing the material towards a third auger screw fixed vertically between the two. Preferably one motor coupled with a suitable gearbox would be able to run this assembly or alternatively one motor would run the lump breaker and horizontal augers and a second motor for the vertical auger. B : The vertical auger would force the material into the nip of two metal rolls mounted below (each weighing 35 kg with a Diameter of12”,and width 4.5”) mounted below. 1 - These rolls would be rotating in opposite directions by two motors. 2 - The mounting mechanism would allow the gap between these rolls adjustable at a desired value from 1 to 10 mm. C : The flakes of the material would fall onto another rotating metal roll weighing 10 kg with a diameter of 10” and width of 8” which would be run by another motor. 1 - This roll would force the flakes through a wire mesh mounted immediately underneath. 2 - The material from the screen would exit out of machine. This is a layout of the processing chamber that would be in contact with the chemical undergoing the process. During processing, this area would remain sealed (by a plexiglass door) not allowing any material to escape into the room. Note: Material would enter the feed hopper through a sealed feeding system and would exit into a sealed container which are not the part of this equipment. An ideal design: 1: should allow a quick assembly and disassembly (preferably mounting and dismounting type) of hopper, lump breaker, all three augers, the metal rolls and the screen underneath for cleaning / washing purposes. 2: should be free of narrow or sharp contours and difficult to reach or obscured areas to facilitate cleaning Mechanical Chamber: Behind this processing chambers would be the mechanical chambers containing all the electric and electronic components. This area would be divided into two portions one for the electro-mechanical components and the other for the electronic components. A : It should also have a room for a hydraulic unit. B : There would be a couple of fans and heat exchanger to prevent overheating. I need a 3D design / sketch that I can take to a metal shop to get this machine manufactured.