Provided is a compact and lightweight leather skiving machine capable of skiving both hard leather and soft leather through oscillation of a flat blade. The leather skiving machine is characterized by comprising at least a table upon which a piece of leather is placed, a roller for moving the leather, a presser foot for pressing down the leather, a flat blade for skiving the leather, and a drive mechanism for moving each of the roller and the flat blade, wherein the leather is sandwiched from above and below by the roller and the presser foot at a pressing point on the table while being moved, and the flat blade is provided at a position 0-5 mm in the movement direction from the pressing point and skives while oscillating the leather.

Provided is a compact and lightweight leather skiving machine capable of skiving both hard leather and soft leather through oscillation of a flat blade. The leather skiving machine is characterized by comprising at least a table upon which a piece of leather is placed, a roller for moving the leather, a presser foot for pressing down the leather, a flat blade for skiving the leather, and a drive mechanism for moving each of the roller and the flat blade, wherein the leather is sandwiched from above and below by the roller and the presser foot at a pressing point on the table while being moved, and the flat blade is provided at a position 0-5 mm in the movement direction from the pressing point and skives while oscillating the leather.

A system and method for fresh bovine hide splitting includes a hide splitting machine configured to split a fresh bovine hide into a top grain and a collagen sheet. The top grain may be used for leather products. The collagen sheet may be processed with at least one of a maceration process or a drying process to produce a fresh bovine hide raw material product without the addition of a liming or bluing process. The fresh bovine hide raw material product may not include residues remaining following a liming process or bluing process. The fresh bovine hide raw material product may be usable in downstream products for human consumption including gelatin.

A system and method for fresh bovine hide splitting includes a hide splitting machine configured to split a fresh bovine hide into a top grain and a collagen sheet. The top grain may be used for leather products. The collagen sheet may be processed with at least one of a maceration process or a drying process to produce a fresh bovine hide raw material product without the addition of a liming or bluing process. The fresh bovine hide raw material product may not include residues remaining following a liming process or bluing process. The fresh bovine hide raw material product may be usable in downstream products for human consumption including gelatin.

A system and method for fresh bovine hide splitting includes a hide splitting machine configured to split a fresh bovine hide into a top grain and a collagen sheet. The top grain may be used for leather products. The collagen sheet may be processed with at least one of a maceration process or a drying process to produce a fresh bovine hide raw material product without the addition of a liming or bluing process. The fresh bovine hide raw material product may not include residues remaining following a liming process or bluing process. The fresh bovine hide raw material product may be usable in downstream products for human consumption including gelatin.

A system and method for fresh bovine hide splitting includes a hide splitting machine configured to split a fresh bovine hide into a top grain and a collagen sheet. The top grain may be used for leather products. The collagen sheet may be processed with at least one of a maceration process or a drying process to produce a fresh bovine hide raw material product without the addition of a liming or bluing process. The fresh bovine hide raw material product may not include residues remaining following a liming process or bluing process. The fresh bovine hide raw material product may be usable in downstream products for human consumption including gelatin.

Provided is a compact and lightweight leather skiving machine capable of skiving both hard leather and soft leather through oscillation of a flat blade. The leather skiving machine is characterized by comprising at least a table upon which a piece of leather is placed, a roller for moving the leather, a presser foot for pressing down the leather, a flat blade for skiving the leather, and a drive mechanism for moving each of the roller and the flat blade, wherein the leather is sandwiched from above and below by the roller and the presser foot at a pressing point on the table while being moved, and the flat blade is provided at a position 0-5 mm in the movement direction from the pressing point and skives while oscillating the leather.

Provided is a compact and lightweight leather skiving machine capable of skiving both hard leather and soft leather through oscillation of a flat blade. The leather skiving machine is characterized by comprising at least a table upon which a piece of leather is placed, a roller for moving the leather, a presser foot for pressing down the leather, a flat blade for skiving the leather, and a drive mechanism for moving each of the roller and the flat blade, wherein the leather is sandwiched from above and below by the roller and the presser foot at a pressing point on the table while being moved, and the flat blade is provided at a position 0-5 mm in the movement direction from the pressing point and skives while oscillating the leather.