The present disclosure relates to a template and a related method for the application of inserts in the form of letters, numbers or symbols on leather, fabrics, cloth, or similar laminar products to customize them. The centering template comprises a main support body (101) having a centering system (106) to allow an engagement of the template (100) in pre-fixed position to a base (3a) of a press (3); and a centering element (102) configured to receive in pre-fixed position at least a laminar portion (103) of an accessory (104). The centering element (102) has a through seat (105) for the inserts (11) and it is movable with respect to the main support body (101) between an extracted resting position in which an upper surface (102a) of the centering element (102) is moved away from the main support body (101) and a working position in which the upper surface (102a) of the centering element (102) is approached to the main support body (101). The template allows the correct positioning of the characters on the accessory both in terms of alignment, and in terms of distance from the edges and from the other inserts of the accessory (handles, buckles, etc. . . . ) and regardless of the shape assumed by the laminar portion itself.

Disclosed herein is a method of manufacturing an interior material, which can implement various and distinct light emission effects by disposing a light-blocking layer configured to block light emitted from a light source on a wood layer or transparent film and then allowing the component of the transparent film to fill lighting grooves formed by laser-etching. Since a tape configured to support an island is employed, stable manufacturing is possible throughout an overall process.

A method of preparing recycling leather sheets comprise: pre-processing where leather wastes are neutralized and fatliquoring agents are adhered; separating leather fibers from the leather wastes that has undergone the pre-processing; mixing the separated leather fibers with fibers for improving a tensile strength of the separated leather fibers; and forming sheets by combining the mixed leather fibers and raw fabrics for floor. The method of preparing recycling leather sheets in the present invention may reduce environmental pollution by preparing recycling leather sheets through physical combination without using adhesives.

A method of preparing recycling leather sheets comprise: pre-processing where leather wastes are neutralized and fatliquoring agents are adhered; separating leather fibers from the leather wastes that has undergone the pre-processing; mixing the separated leather fibers with fibers for improving a tensile strength of the separated leather fibers; and forming sheets by combining the mixed leather fibers and raw fabrics for floor. The method of preparing recycling leather sheets in the present invention may reduce environmental pollution by preparing recycling leather sheets through physical combination without using adhesives.

A manufacturing method of decorated natural leather includes applying a base coat on crusted leather, inkjet printing a decorative image on the base coat using one or more pigmented inkjet inks, and applying one or more identification codes.

A method for manufacturing a decorative lining (HD) for a vehicle interior element (EH) is disclosed. Said method involves: step (i) wherein the size of at least one edge (B11, B12) of two leather parts (PC1, PC2) is reduced on an inner face (FI1) and each reduced-size edge is folded over to form a fold (R1, R2) on each leather part (PC1, PC2); and step (ii) wherein the leather parts (PC1, PC2) as well as a decorative insert (ID) that is inserted between the two leather parts (PC1, PC2) are coupled to the vehicle interior element (EH) by placing two edges (B21, B22) underneath the folds (R1, R2).

A method for manufacturing a decorative lining (HD) for a vehicle interior element (EH) is disclosed. Said method involves: step (i) wherein the size of at least one edge (B11, B12) of two leather parts (PC1, PC2) is reduced on an inner face (FI1) and each reduced-size edge is folded over to form a fold (R1, R2) on each leather part (PC1, PC2); and step (ii) wherein the leather parts (PC1, PC2) as well as a decorative insert (ID) that is inserted between the two leather parts (PC1, PC2) are coupled to the vehicle interior element (EH) by placing two edges (B21, B22) underneath the folds (R1, R2).

A method for molding or replicating leather samples for inspection, selecting and later using those samples in applications such as automobile interiors with leather surfaces that are laminated or have a loose grain appearance. In one process variant, the main steps include choosing original samples for replication, the original samples including a characteristic to be replicated; making a replication tool from the approved samples; and producing replicated molded samples with the replication tool that emulate the original samples, thereby enabling the replicated molded samples to be compared with the original sample.

A method for molding or replicating leather samples for inspection, selecting and later using those samples in applications such as automobile interiors with leather surfaces that are laminated or have a loose grain appearance. In one process variant, the main steps include choosing original samples for replication, the original samples including a characteristic to be replicated; making a replication tool from the approved samples; and producing replicated molded samples with the replication tool that emulate the original samples, thereby enabling the replicated molded samples to be compared with the original sample.

A method for producing a component involves producing a die using an additive production process. A design is embossed in a component material layer of the component by the die. The design is selected and/or created by a customer. This design selected and/or created by the customer is then submitted to an additive production process that produces the die, via a digital platform, which the customer accesses by a customer terminal or via a user program on the customer terminal. The die is then produced by the additive production device in the additive production process corresponding to the submitted design.