Augustine Schimmel

Augustine Schimmel

Augustine Schimmel
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These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle.  #FabricatedContainerParts

These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle. #FabricatedContainerParts

These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle.  #FabricatedContainerParts

These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle. #FabricatedContainerParts

These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle.  #FabricatedContainerParts

These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle. #FabricatedContainerParts

These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle.  #FabricatedContainerParts

These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle. #FabricatedContainerParts

These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle.  #FabricatedContainerParts

These planed-style fabricated container parts were seldom, if at any time, checked in the way present day precision-ground tools are. You had no clue what the tool parameters were: tool number, burden limits, radii, and angle. #FabricatedContainerParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material. #FabricatedDumpBodyParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material. #FabricatedDumpBodyParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material. #FabricatedDumpBodyParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material. #FabricatedDumpBodyParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material. #FabricatedDumpBodyParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material. #FabricatedDumpBodyParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material. #FabricatedDumpBodyParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material. #FabricatedDumpBodyParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material.  #FabricatedDumpBodyParts

In coining, the bites and the dust were precise sliced to the set angle of the curve; a 90-degree punch and kick the bucket set was used to deliver a 90-degree twist. A 45-degree-integral punch mated with a 135-degree-included bite the dust angle would "set" a 45-degree-reciprocal curve in the material. #FabricatedDumpBodyParts