Noise suppressor for firearm

1. A suppressor for a firearm comprising:

an outer tube comprising a proximal end and a distal end, the outer tube having a longitudinal axis;

a proximal end cap defining a bore centered on the longitudinal axis and comprising:

a proximal end adapted to be coupled to a firearm; and

a first interface that is threaded and located at a distal end of the proximal end cap;

a distal end cap defining a bore centered on the longitudinal axis and comprising a second interface that is threaded and located at the proximal end of the distal end cap;

a first elongated body comprising:

a proximal end comprising a first semi-circular body having an exterior surface with threads covering at least a portion thereof;

a distal end comprising a second semi-circular body comprising an exterior surface with threads covering at least a portion thereof;

a first baffle section comprising:

a proximal end defining a semi-circular bore aligned with the longitudinal axis;

a distal end defining a semi-circular bore aligned with the longitudinal axis;

an outer surface comprising an aperture, wherein the outer surface of the first baffle section is narrower at the proximal end of the first baffle section than at the distal end of the first baffle section; and

an alignment tab;

a second elongated body comprising:

a proximal end comprising a third semi-circular body having an exterior surface with threads covering at least a portion thereof;

a distal end comprising a fourth semi-circular body having an exterior surface with threads covering at least a portion thereof;

a second baffle section comprising:

a proximal end defining a semi-circular bore aligned with the longitudinal axis;

a distal end defining a semi-circular bore aligned with the longitudinal axis; and

an outer surface wherein the outer surface of the second baffle section is narrower at the proximal end of the second baffle section than at the distal end of the second baffle section;

wherein the first elongated body and second elongated body are joined utilizing the alignment tab to form a unitary longitudinal baffle system, wherein:

the first baffle section and second baffle section form a first substantially conical baffle;

the first and third semi-circular bodies form a first circular body with threads covering at least a portion of the outer surface of the first circular body that attaches to the first interface of the proximal end cap and secures the first elongated body to the second elongated body;

the second and fourth semi-circular bodies form a second circular body with threads covering at least a portion of the outer surface of the second circular body that attaches to the second interface of the distal end cap and secures the first elongated body to the second elongated body;

wherein the unitary longitudinal baffle system is disposed within and directly contacts the outer tube.

2. The suppressor of claim 1 , wherein the proximal end cap, distal end cap, outer tube, first elongated body, and second elongated body comprise a material comprising aluminum.

3. A suppressor for a firearm comprising:

an outer tube comprising a longitudinal axis;

a proximal end adapted to be coupled to a firearm with a bore aligned with the longitudinal axis;

a distal end opposite the proximal end with a bore aligned with the longitudinal axis;

a first elongated body comprising a first baffle section;

a second elongated body comprising a second baffle section;

wherein the first elongated body and second elongated body are removably joined to form a unitary longitudinal baffle system, such that the first baffle section and second baffle section mate together to form a baffle and comprise a bore aligned with the longitudinal axis when the unitary longitudinal baffle system is disposed within the outer tube;

wherein the first elongated body and second elongate body form a first threaded interface and a second threaded interface which help secure the first elongated body to the second elongated body; and

wherein the unitary longitudinal baffle system is disposed within and directly contacts the outer tube.

4. The suppressor of claim 3 , wherein the suppressor further comprises:

the outer tube comprising a proximal end and a distal end;

a proximal end cap located at the proximal end of the suppressor wherein the proximal end cap comprises:

a proximal end adapted to be coupled to a firearm;

a third threaded interface that is threaded and located at the distal end of the proximal end cap; and

a bore aligned with the longitudinal axis;

a distal end cap located at the distal end of the suppressor wherein the distal end cap comprises:

a fourth threaded interface that is threaded and located at the proximal end of the distal end cap; and

a bore aligned with the longitudinal axis.

5. The suppressor of claim 4 , wherein the baffle is a substantially conical baffle.

6. The suppressor of claim 5 , wherein the first baffle section further comprises an alignment tab.

7. The suppressor of claim 6 , wherein the first elongated body further comprises a proximal end comprising a first semi-circular body comprising an exterior surface with threads covering at least a portion thereof and a distal end comprising a second semi-circular body comprising an exterior surface with threads covering at least a portion thereof.

8. The suppressor of claim 7 , wherein the second elongated body further comprises a proximal end comprising a third semi-circular body comprising an exterior surface with threads covering at least a portion thereof and a distal end comprising a fourth semi-circular body comprising an exterior surface with threads covering at least a portion thereof.

9. The suppressor of claim 8 , wherein

the first and third semi-circular bodies form a first circular body with threads covering at least a portion of the outer surface of the first circular body that form the first threaded interface that attaches to the third threaded interface of the proximal end cap; and

the second and fourth semi-circular bodies form a second circular body with threads covering at least a portion of the outer surface of the second circular body that form the second threaded interface attaches to the forth threaded interface of the distal end cap.

10. The suppressor of claim 9 , wherein the first elongated body and second elongated body are manufactured using direct metal laser sintering.

11. The suppressor of claim 9 , wherein the first elongated body and second elongated body are manufactured using casting.