Method and system for fabrication of a metal cup for creating an annular seal within a wellbore

1. A method of fabricating a metal cup, the method comprising:

providing a tool having an interior profile of a predetermined shape, the tool having a body forming an inner area with at least a first side and a second side and having a first end ring and a second ring each surrounding the first side and the second side to secure the first side and the second side together;

securing a pressure device within the inner area of the tool;

extending the pressure device an entire length of the inner area;

placing a metal sleeve within the inner area of the tool and around the pressure device;

securing the tool in a closed position such that the metal sleeve is secured in a fixed position;

passing pressurized fluid through an inner channel of the pressure device;

injecting pressurized fluid into the inner area through a plurality of injectors extending through a thickness of the pressure device and in communication with the inner channel;

applying internal pressure within the inner area and within an inside of the sleeve via the pressure device such that the internal pressure exceeds a yield point of a material comprising the metal sleeve, wherein the metal sleeve deforms into the interior profile;

opening the body of the tool; and

removing the metal sleeve from the tool in an open position;

wherein the metal sleeve maintains a deformed shape having an exterior profile that matches the interior profile of the tool.

2. The method of claim 1 , further comprising:

placing a first end piece at a first end of the metal sleeve within the inner area of the tool; and

placing a second end piece at a second end of the metal sleeve within the inner area of the tool.

3. A system for fabricating a metal cup, the system comprising:

a tool with an interior profile of a predetermined shape, the tool having:

a body formed by at least a first side and a second side;

a metal sleeve to be placed within an inner area of the tool and secured in place by securing the first side and the second side together;

a pressure application device to be inserted into the inner area and within an inside of the sleeve, the pressure application device extending an entire length of the inner area, the pressure application device has a plurality of injectors extending through a thickness of the pressure application device and in fluid communication with an inner channel disposed within the pressure application device;

an upper ring secured to the first end; and

a lower ring secured to the second end; wherein the upper and lower rings each surround the first side and the second side

wherein internal pressure is applied with the pressure application device within the inner area and within the inside of the sleeve exceeds a yield point of a material comprising the metal sleeve; and

wherein the metal sleeve deforms into the interior profile.

4. The system of claim 3 , wherein the pressure application device is a pressure tube.

5. The system of claim 3 , wherein the tool further comprises:

a first end plate to secure at a first end of the metal sleeve; and

a second end plate to secure at a second end of the metal sleeve.