Method of forming sheet metal casket shell
A method of forming a pair of opposed side walls and a pair of opposed end walls of a sheet metal casket shell from a single piece of sheet metal. The piece of sheet metal has opposite ends and a length equal to the combined length of the pair of side walls and the pair of end walls of the casket shell to be formed. The opposite ends of the piece of sheet metal are secured together to form a tube. A roll forming roller is positioned in an interior of the tube. A female die configured to produce a desired profile for the side walls and the end walls of the casket shell is positioned around an exterior of the tube. The roller is moved outwardly so as to contact an interior surface of the tube and deform the tube toward a die cavity of the female die. The roller is rolled around a perimeter of the interior of the tube so as to deform the perimeter of the tube toward the die cavity of the female die. The desired profile for the side walls and the end walls of the casket shell is thereby produced.
1. A casket shell precursor from which to fabricate a casket shell, said casket shell precursor comprising a rectangular tube having a pair of opposed side walls and a pair of opposed end walls, said casket shell precursor comprising:
a single continuous length of sheet metal having a pair of opposite ends, a planar cross-sectional profile, and configured into said side walls and said end walls,
a rounded corner between adjacent ones of said side walls and said end walls, and
a single weld on one wall of either said side walls or said end walls joining said opposite ends of said single continuous length of sheet metal,
said casket shell precursor sized to contain the remains of a deceased.
2. The casket shell precursor of claim 1 wherein said one wall is one of said end walls.
3. The casket shell precursor of claim 2 wherein said weld is located medially along the length of said one end wall.