Abstract: Modular broadheads for use with an archery bow and arrow include interchangeable bases and tip portions which can be mixed and matched in various permutations as selected by an archer. An archer may conveniently switch between different types of broadheads on an arrow such as field points for target shooting, fixed blade broadheads for hunting, and/or mechanical blade broadheads for hunting without changing the broadhead weight. Alternately, an archer may conveniently change the weight at the front of the arrow by changing one or both of the base and tip portions.

Abstract: Modular broadheads for use with an archery bow and arrow include interchangeable bases and tip portions which can be mixed and matched in various permutations as selected by an archer. An archer may conveniently switch between different types of broadheads on an arrow such as field points for target shooting, fixed blade broadheads for hunting, and/or mechanical blade broadheads for hunting without changing the broadhead weight. Alternately, an archer may conveniently change the weight at the front of the arrow by changing one or both of the base and tip portions.

Abstract: A cut-and-stack label includes a cut-and-stack sheet sized for feeding by cut-and-stack labeling equipment and labeling an individual container. The cut-and-stack sheet includes a first shrink film layer having a first face and a second shrink film layer having a second face. The first face of the first shrink film layer is laminated to the second face of the second shrink film layer. Printing is provided on at least one of the first and second faces. A method of producing cut-and-stack labels and a method of labeling a container are also provided.

Abstract: A cut and stack label includes a layer of polymer shrink film printing stock having a first face carrying a printed message and a second, opposite face, a clear polymer shrink film laminated to the first face over that printed message and a coating of an anti-static formulation over the clear polymer shrink film and/or the second face. A dusting or layer of offset powder is also provided.

Abstract: A cut and stack label includes a layer of polymer film printing stock having a first face carrying a printed message and a second, opposite face, a clear polymer film laminated to the first face over that printed message and a coating of an anti-static formulation over the clear polymer film and/or the second face. An optional dusting or layer of offset powder may also be provided.

Abstract: A cut-and-stack label includes a cut-and-stack sheet sized for feeding by cut-and-stack labeling equipment and labeling an individual container. The cut-and-stack sheet includes a first shrink film layer having a first face and a second shrink film layer having a second face. The first face of the first shrink film layer is laminated to the second face of the second shrink film layer. Printing is provided on at least one of the first and second faces. A method of producing cut-and-stack labels and a method of labeling a container are also provided.

Abstract: A cut-and-stack label includes a cut-and-stack sheet sized for feeding by cut-and-stack labeling equipment and labeling an individual container. The cut-and-stack sheet includes a first shrink film layer having a first face and a second shrink film layer having a second face. The first face of the first shrink film layer is laminated to the second face of the second shrink film layer. Printing is provided on at least one of the first and second faces. A method of producing cut-and-stack labels and a method of labeling a container are also provided.

Abstract: A cut and stack label includes a layer of polymer film printing stock having a first face carrying a printed message and a second, opposite face, a clear polymer film laminated to the first face over that printed message and a coating of an anti-static formulation over the clear polymer film and/or the second face. An optional dusting or layer of offset powder may also be provided.