Aspiration vacuum source

A method for using an aspiration vacuum source including:

• a vessel comprising:
• a primary tubing;
• a positive pressure fluid chamber connected in fluid communication with the primary tubing via an auxiliary tubing;
• the auxiliary tubing having a valve disposed therein restricting flow therethrough to only flow upstream into the positive pressure fluid chamber;
• a fluid piston slidably received within the positive pressure fluid chamber;
• a vacuum chamber not in fluid communication with the positive pressure fluid chamber;
• a vacuum piston slidably received within and producing an aspiration pressure within the vacuum chamber;
• the fluid piston and the vacuum piston are each fixedly attached to a common shaft to be slidable in concert together within the positive pressure fluid chamber and the vacuum chamber, respectively;
• a secondary tubing connected in fluid communication to the vacuum chamber through which the produced aspiration is dispensable therefrom;
• and
• a manual pump connected in fluid communication with the primary tubing;
• wherein a vacuum is producible in the vacuum chamber in response to repeated manipulation of the manual pump;
• the method comprising the steps of:
• in response to manipulation of the manual pump, increasing pressure imposed on and displacing a fluid in a closed system to flow into the positive pressure chamber;
• in response to the displaced fluid flowing into the positive pressure chamber, sliding the fluid piston disposed therein;
• simultaneously sliding the vacuum piston disposed within the aspiration chamber in response to the sliding of the fluid piston in the positive pressure chamber;
• and
• as the vacuum piston slides within the aspiration chamber, producing a vacuum in the aspiration chamber;
• wherein the vacuum produced in the aspiration chamber is in fluid communication with the secondary tubing.