Hairdressing scissors include a pair of blade bodies each having a blade portion, a middle portion, and a handle portion in turn from a tip side. The handle portion includes first and second press-formed bodies each in the shape of a flat plate and facing each other along an axial center of a pivot to extend parallel to each other along a longitudinal direction of the blade body; and cylindrical collars and first and second resin materials configured to bridge the first and second press-formed bodies. The first press-formed body includes an extension portion extending toward an associated middle portion further than the second press-formed body to be connected to the associated middle portion, and the second press-formed body is spaced apart from the associated middle portion.

A dual blade cutting tool is disclosed herein that comprises first and second cutting blades, a finger handle formed on the first cutting blade, the finger handle comprising a first core and a first exoskeleton formed over the first core, a thumb handle formed on the second cutting blade, the thumb handle comprising a second core and a second exoskeleton formed over the second core. The first and second cores have a combination of thickness and rigidity to render the cutting tool suitable for use in cutting, and the first and second exoskeletons have a combination of thickness and softness to provide comfort during extended use of the cutting tool. A method of making the cutting tool also is disclosed.

A dual blade cutting tool is disclosed herein that comprises first and second cutting blades, a finger handle formed on the first cutting blade, the finger handle comprising a first core and a first exoskeleton formed over the first core, a thumb handle formed on the second cutting blade, the thumb handle comprising a second core and a second exoskeleton formed over the second core. The first and second cores have a combination of thickness and rigidity to render the cutting tool suitable for use in cutting, and the first and second exoskeletons have a combination of thickness and softness to provide comfort during extended use of the cutting tool. A method of making the cutting tool also is disclosed.

Ergonomic snips have a pair of pivoted levers each having a forward end formed as a cutting blade and a rearward end forming a hand portion. A first handgrip on one hand portion includes a first anti-slip ear suitable for engaging a user's thumb. A second handgrip on the other hand portion includes a second anti-slip ear to form a finger receiving portion to accommodate one or both of the index and middle fingers of a user to allow a user to either place the second anti-slip ear between the user's index and middle fingers to maximize torque or place the second anti-slip ear between said middle and ring fingers to provide greater cutting control or precision. The distances between a user's thumb and the user's index and middle fingers remain substantially the same in both positions of the hand.

Ergonomic snips have a pair of pivoted levers each having a forward end formed as a cutting blade and a rearward end forming a hand portion. A first handgrip on one hand portion includes a first anti-slip ear suitable for engaging a user's thumb. A second handgrip on the other hand portion includes a second anti-slip ear to form a finger receiving portion to accommodate one or both of the index and middle fingers of a user to allow a user to either place the second anti-slip ear between the user's index and middle fingers to maximize torque or place the second anti-slip ear between said middle and ring fingers to provide greater cutting control or precision. The distances between a user's thumb and the user's index and middle fingers remain substantially the same in both positions of the hand.

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.

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.

An adjustable shears has a handle that can be adjusted to selectively re-configure the shears. The adjustable shears includes a first blade, a second blade pivotally connected to the first blade for pivoting movement of the blades about a first axis to accomplish a cutting motion of the blades. A first handle is connected to the first blade and a second handle is connected to the second blade. The second handle is configured for connection to the second blade in a plurality of distinct positions with respect to the second blade, at least some of the distinct positions being separated angularly from each other about a second axis parallel to the first axis.

An adjustable shears has a handle that can be adjusted to selectively re-configure the shears. The adjustable shears includes a first blade, a second blade pivotally connected to the first blade for pivoting movement of the blades about a first axis to accomplish a cutting motion of the blades. A first handle is connected to the first blade and a second handle is connected to the second blade. The second handle is configured for connection to the second blade in a plurality of distinct positions with respect to the second blade, at least some of the distinct positions being separated angularly from each other about a second axis parallel to the first axis.

A hand-held device consistent with the present disclosure includes a first member and a second member coupled together by a pivot point such that each member can rotate independently. The first member includes a first handle and the second member includes a second handle on a first region of each member. The area of the second handle is greater than the area of the first handle. The shearing device includes a protrusion on a second region of each member. Each protrusion is disposed at least 65 degrees from the corresponding handle of each member. The protrusion of the first member has a beveled portion above a cutting edge of the first member. During a cutting action, cross-torque force is applied upon the protrusion of the second member by the first member or a cross-torque force is applied upon the protrusion of the first member by the second member.