Stepper motor proportional control bellows valve

1. A stepper motor proportionally controlled bellows valve system comprising:

one or more valve assemblies;

wherein each of said one or more valve assemblies comprises:

a valve manifold;

wherein said valve manifold comprises a valve ventilation channel, an output port, a valve vacuum channel, a ventilation orifice, a ventilation orifice rim, a vacuum orifice, and a vacuum orifice rim;

two linear stepper motors;

wherein each of said two liner stepper motors comprises a motor lead screw;

a motor mounting plate;

wherein said motor mounting plate is configured to mount said two liner stepper motors to said valve manifold;

a vacuum bellows valve; and

a ventilation bellows valve;

wherein each of said vacuum bellows valve and said ventilation bellows valve comprises:

a support washer;

a sealing washer;

a bellows;

a plunger adapter; and

a shoulder bolt;

wherein said plunger adapter is configured to matingly engage with said motor lead screw of one of said stepper motors;

wherein said bellows is connected to said plunger adapter, such that said plunger adapter is configured to translate rotational motion of one of said stepper motors into linear motion of said bellows, such that said bellows is configured to compress and expand based on rotational motion of one of said stepper motors;

wherein said shoulder bolt is connected to said bellows and said plunger adapter, and wherein said shoulder bolt is configured to allow said sealing washer to be mounted on said bellows;

wherein said support washer is connected to said bellows and said sealing washer;

wherein said sealing washer is configured to releasably engage with one of said ventilation orifice rim and said vacuum orifice rim;

wherein said shoulder bolt is configured to allow mounting of a profile washer, such that said profile washer is configured to protrude into one of said ventilation orifice and said vacuum orifice of said valve manifold, such that a shape and position of said profile washer defines a flow of fluid through one of said ventilation orifice and said vacuum orifice.

2. The stepper motor proportionally controlled bellows valve system of claim 1 , wherein said valve manifold further comprises a sensor port, which is configured to engage with a sensor.

3. The stepper motor proportionally controlled bellows valve system of claim 2 , wherein said sensor monitors an output flow.

4. The stepper motor proportionally controlled bellows valve system of claim 1 , further comprising:

an input assembly; and

wherein said input assembly comprises: a vacuum port that is configured to engage a vacuum input; a ventilation port that is configured to engage a ventilation input; an input ventilation channel; and an input vacuum channel.

5. The stepper motor proportionally controlled bellows valve system of claim 4 , wherein said input assembly is configured to be directly or indirectly connected to all of said one or more valve assemblies, such that said input ventilation channel is in fluid communication with each of said one or more valve ventilation channels and said one or more valve vacuum channels.

6. The stepper motor proportionally controlled bellows valve system of claim 4 , further comprising two endplates;

wherein said two endplates are configured to be on the ends of said stepper motor proportionally controlled bellows valve system.

7. The stepper motor proportionally controlled bellows valve system of claim 1 , wherein said profile washer is configured to be removed and replaced with a replacement profile washer that is more restrictive to said flow of fluid.

8. The stepper motor proportionally controlled bellows valve system of claim 1 , wherein said profile washer is configured to be removed and replaced with a replacement profile washer that is less restrictive to said flow of fluid.