Arrow shaft rotary cutting systems

1. An arrow shaft rotary cutting system for use with a rotary tool to cut an arrow shaft, the rotary tool configured to receive and rotate a cutting blade, the system comprising a safety box and an end piece,

wherein the safety box is configured to mount the rotary cutting tool,

the safety box comprising:

a) a cutting table, configured to hold the arrow shaft being cut at a predetermined height, the cutting table having a blade cutout configured to allow the cutting blade to pass through the cutting table,

b) a first box side, having tool mounting threads,

c) a second box side, and

d) a box shield, the box shield comprising clear material,

wherein when cutting the arrow shaft, the cutting table holds the arrow shaft in position in relation to the cutting blade and the box shield prevents injury to a human user,

wherein the safety box is divided into a safety box base and a safety box body,

wherein the safety box body is configured to be removeably attached to the safety box base,

wherein the safety box base holds the cutting table,

wherein the safety box body integrates the first box side and the box shield,

wherein the first box side and the second box side each comprise a cutting slot configured to allow the arrow shaft to shaft to pass through the safety box under the box shield and rest upon the cutting table

wherein the end piece extends from the second box side at a predetermined distance from the blade cutout, and is configured to hold a free end of the arrow shaft being cut at the same predetermined height as the cutting table,

whereby the system holds the arrow shaft horizontally at the predetermined height.

2. The system of claim 1 ,

wherein the second box side further comprises at least two system shaft screws, each system shaft screw configured to receive a tip socket attached to a respective system shaft.

3. The system of claim 2 ,

wherein the end piece is configured to receive the system shafts,

wherein the predetermined distance determines the length of the arrow shaft when cut.

4. The system of claim 1 , further comprising a measuring device attached relative to the blade cutout,

wherein the end piece is configured to slide relative to the measuring device and to be held at a set distance from the blade cutout, wherein the set distance determines the length of the arrow shaft when cut.

5. The system of claim 1 , wherein the end piece comprises:

i) an end bottom, and

ii) an end top, adjustably connected to the end bottom,

wherein at least one of the end bottom and end top have system shaft cutouts configured to receive a system shaft,

wherein the end piece is held at a predetermined distance from the blade cutout,

wherein the predetermined distance determines the length of the arrow shaft when cut.

6. The system of claim 1 , wherein the end piece comprises a nock slot,

wherein the nock slot is configured to slidably receive the free end of the arrow shaft being cut and to allow the arrow shaft to rotate around a substantially fixed axis while being cut.

7. The system of claim 6 , wherein the system further comprises a bearing configured to allow the free end of the arrow shaft to rotate freely in the nock slot.

8. The system of claim 6 , wherein the system further comprises a nock receptor bushing configured to allow the free end of the arrow shaft to rotate freely in the nock slot.

9. The system of claim 1 , wherein the end piece comprises a point receptor,

wherein the point receptor is configured to receive a point on the free end of the arrow shaft being cut and to allow the arrow shaft to rotate around a substantially fixed axis while being cut.

10. The system of claim 9 , wherein the point is one of:

i) nock replacement point, attached to the arrow shaft in place of an arrow shaft nock,

ii) nock receiving point, configured to engage the arrow shaft nock, and

iii) a pointed bushing, configured to engage the arrow shaft nock.

11. The system of claim 1 , wherein the end piece comprises one of:

i) a cone pivot point configured to engage the arrow shaft, and

ii) a rounded pivot point configured to engage the arrow shaft.

12. The system of claim 1 ,

wherein the second box side further comprises vacuum attachment.

13. The system of claim 2 ,

wherein the second box side further comprises a screw shield,

whereby the system shaft screws are protected from breaking off of the safety box, and

whereby the user is protected from injury from the system shaft screws.

14. The system of claim 1 ,

wherein the safety box base further comprises a cutting blade access cutout, and

wherein the access cutout is configured to allow the user to replace the cutting blade through the access cutout,

whereby the user cuts the arrow shaft when the cutting blade is secured inside the safety box,

whereby the user is protected by the safety box when the system is positioned for cutting operation.

15. An arrow shaft rotary cutting system for use with a rotary tool to cut an arrow shaft, the rotary tool configured to receive and rotate a cutting blade, the system comprising a safety box and an end piece,

wherein the safety box is configured to mount the rotary cutting tool,

the safety box comprising:

a) a cutting table, configured to hold the arrow shaft being cut at a predetermined height, the cutting table having a blade cutout configured to allow the cutting blade to pass through at least a portion of the cutting table;

b) a first box side, having tool mounting threads;

c) a second box side; and

d) a box shield, the box shield comprising clear plastic,

wherein the safety box is divided into a safety box base and a safety box body,

wherein the safety box body is configured to be removeably attached to the safety box base,

wherein the safety box base holds the cutting table,

wherein the safety box body integrates the first box side, the second box side, and the box shield,

wherein the first box side and the second box side each comprise a cutting slot configured to allow the arrow shaft to pass through the safety box under the box shield and rest upon the cutting table,

wherein the second box side further comprises at least two system shaft screws, each system shaft screw configured to receive a tip socket attached to a respective system shaft,

wherein the end piece comprises:

i) an end bottom, and

ii) an end top, connected to the end bottom,

wherein at least one of the end bottom and end top have system shaft cutouts configured to receive the system shafts,

wherein the end piece is held at a predetermined distance from the blade cutout, wherein the predetermined distance determines the length of the arrow shaft when cut,

wherein the end piece further comprises at least one of:

iii) a nock slot, wherein the nock slot is configured to slidably receive a free end of the arrow shaft being cut and to allow the arrow shaft to rotate around a fixed axis while being cut, and

iv) a point receptor, wherein the point receptor is configured to receive a point on the free end of the arrow shaft being cut and to allow the arrow shaft to rotate around a substantially fixed axis while being cut,

wherein the end piece is configured to hold the free end of the arrow shaft being cut at the same predetermined height as the cutting table,

wherein when cutting the arrow shaft, the cutting table holds the arrow shaft in position in relation to the cutting blade and the box shield prevents injury to a human user,

whereby the system holds the arrow shaft horizontally at the predetermined height,

whereby the user cuts the arrow shaft when the safety box body is attached to the safety box base, and

whereby the user removes the safety box base from the safety box body to replace the cutting blade.