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A cutting tool comprising a metal plate having a central aperture, a forwardly extending blade and a rearwardly extending tang having a second aperture offset from the central aperture, wherein the plate is coated with an electroless nickel layer. Also included is a first elongated member comprising

A cutting tool comprising a metal plate having a central aperture, a forwardly extending blade and a rearwardly extending tang having a second aperture offset from the central aperture, wherein the plate is coated with an electroless nickel layer. Also included is a first elongated member comprising a first handle terminating at a distal end by a jaw and a second elongated member comprising a second handle. The first and second members are pivotally connected to the plate at the central and second apertures by couplers respectively, so that the blade and jaw pivotably move in response to pivotable movement of the first and second members about the coupler in the central aperture.

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1. A method for making a cutting tool of the type having a jaw cooperable with a blade actuated by a pair of elongated members made of moldable material, the first elongated member comprising a first handle terminating at a distal end by the jaw, the second elongated member comprising a second handl

1. A method for making a cutting tool of the type having a jaw cooperable with a blade actuated by a pair of elongated members made of moldable material, the first elongated member comprising a first handle terminating at a distal end by the jaw, the second elongated member comprising a second handle, the first and second elongated members being pivotally connected to a metal plate having the blade about a coupler, the method comprising the steps of: applying an electroless nickel coating to the metal plate having the blade, wherein the step of applying an electroless nickel coating includes the steps of: cleaning the metal plate in a sodium hydroxide solution; cleaning the metal plate with an alkaline electro cleaner; rinsing the metal plate in a water bath; descaling the metal blade in a hydrochloric acid; rinsing the metal plate in a second water bath; cleaning the metal plate with a second alkaline electro cleaner; rinsing the metal plate in third water bath; bathing the metal blade in sodium bisulfate; rinsing the metal blade in a fourth water bath; and, immersing the metal blade in a solution of nickel sulfate and hypo phosphate for a predetermined time period; positioning the metal plate having the blade extending forwardly and a rearwardly extending tang into a mold, the metal plate having a central aperture; molding the first handle with the forwardly extending jaw; molding the second handle onto the tang of the metal plate; coupling the first member to the metal plate with a coupler through the central aperture. 2. The method of claim 1, wherein the electroless nickel coating a weight percent of phosphorous above about 6 percent. 3. The method of claim 1, including the step of grinding one of a bevel and an edge on the blade. 4. The method of claim 1, wherein the molding step also comprises, prior to molding the members, positioning two removable cores into cavities of the mold configured to form the handles so that the members are provided with hollow handles. 5. The method of claim 1, wherein the jaw is configured as one of an anvil and a blade. 6. The method of claim 5, including the step of applying an electroless nickel coating to the jaw.