CUTTING DEVICE
A cutting device is disclosed. The cutting device has a first body assembly having a first blade portion formed from a first non-magnetic material and a first handle portion formed from a second non-magnetic material. The cutting device also has a second body assembly having a second blade portion formed from the first non-magnetic material and a second handle portion formed from the second non-magnetic material. The cutting device further has a fastener formed from a third non-magnetic material, the fastener rotatably attaching the first body assembly to the second body assembly. The cutting device also has a cover assembly formed from the second non-magnetic material, the cover assembly covering the fastener. The first non-magnetic material and the second non-magnetic material are electrically non-conductive materials.
1 . A cutting device, comprising:
a first body assembly having a first blade portion formed from a first non-magnetic material and a first handle portion formed from a second non-magnetic material;
a second body assembly having a second blade portion formed from the first non-magnetic material and a second handle portion formed from the second non-magnetic material;
a fastener formed from a third non-magnetic material, the fastener rotatably attaching the first body assembly to the second body assembly; and
a cover assembly formed from the second non-magnetic material, the cover assembly covering the fastener;
wherein the first non-magnetic material and the second non-magnetic material are electrically non-conductive materials.
2 . The cutting device of claim 1 , wherein the first non-magnetic material is a ceramic material or a titanium material.
3 . The cutting device of claim 1 , wherein the third non-magnetic material is austenitic steel.
4 . The cutting device of claim 1 , wherein the fastener is a screw, bolt, or rivet formed from the third non-magnetic material that is austenitic steel.
5 . The cutting device of claim 1 , wherein the second non-magnetic material is a polymer material or a plastic material.
6 . The cutting device of claim 1 , wherein the second non-magnetic material is a glass-filled material.
7 . The cutting device of claim 1 , wherein at least one of the first handle portion and the second handle portion includes an aperture in which an insert portion formed from a fourth non-magnetic material is disposed.
8 . The cutting device of claim 7 , wherein the fourth non-magnetic material is a soft or medium material as measured on a Shore Hardness Scale.
9 . The cutting device of claim 7 , wherein the fourth non-magnetic material has a Shore A Hardness value of between about 20 A and about 50 A.
10 . The cutting device of claim 1 , wherein the first non-magnetic material and the second non-magnetic material are electrically non-conductive materials having a conductivity σ in Siemens/meter at 20° C. of about 10 −3 or less.
11 . A cutting device, comprising:
a first body assembly having a first blade portion formed from a first non-magnetic material and a first handle portion formed from a second non-magnetic material;
a second body assembly having a second blade portion formed from the first non-magnetic material and a second handle portion formed from the second non-magnetic material;
a fastener formed from a third non-magnetic material, the fastener rotatably attaching the first body assembly to the second body assembly; and
a cover assembly formed from the second non-magnetic material, the cover assembly covering the fastener;
wherein the first non-magnetic material is a ceramic material.
12 . The cutting device of claim 11 , wherein the first non-magnetic material and the second non-magnetic material are electrically non-conductive materials.
13 . The cutting device of claim 11 , wherein at least one of the first blade portion and the second blade portion includes a blade having a rounded tip.
14 . The cutting device of claim 11 , wherein the first non-magnetic material is Zirconium Oxide.
15 . The cutting device of claim 11 , wherein the second non-magnetic material is a glass-filled nylon material.
16 . A pair of scissors, comprising:
a first scissor half having a first blade portion formed from a first non-magnetic material and a first handle portion formed from a second non-magnetic material;
a second scissor half having a second blade portion formed from the first non-magnetic material and a second handle portion formed from the second non-magnetic material;
a fastener formed from a non-magnetic metallic alloy material, the fastener rotatably attaching the first scissor half to the second scissor half; and
a cover assembly formed from the second non-magnetic material, the cover assembly covering the fastener;
wherein the first non-magnetic material is a ceramic material; and
wherein a length of the non-magnetic steel alloy fastener is substantially equal to or less than a width of the pair of scissors at a connection portion of the first and second scissor halves.
17 . The pair of scissors of claim 16 , wherein the first non-magnetic material and the second non-magnetic material are electrically non-conductive materials.
18 . The pair of scissors of claim 16 , wherein the non-magnetic metallic alloy material is austenitic steel.
19 . The pair of scissors of claim 16 , wherein at least one of the first handle portion and the second handle portion includes an aperture in which an insert portion is formed, the insert portion being a soft or medium non-magnetic material as measured on a Shore Hardness Scale.
20 . The pair of scissors of claim 19 , wherein the soft or medium non-magnetic material has a Shore A Hardness value of between about 20 A and about 45 A.