Laminated Printing Process

The objective is to enhance the mechanical stability towards the properties of the used material.
Laminated printing process. In the printing industry lamination refers to the process of bonding a clear plastic film onto printed matter to make it stronger and more durable. The process uses sheets of building material which are cut through laser or knife and the sheets are joined one after the other either by using an adhesive or by wielding the laser cut sheets together to form the 3d object. During the lom process layers of plastic or paper. Common types of laminate are gloss matt and silk.
Laminated object manufacturing lom is a method of 3d printing. Lamination printing is the process of applying a thin layer of plastic to paper or card sheets to enhance and protect the printed matter. Later a diffusion welding process is used join the foils. The many benefits and uses of print lamination lamination protects printed pieces against stains spills and smudges the lamination process encloses and bonds printed pieces between two pieces of clear plastic film.
Printed pieces are laminated to protect them from stains smudges moisture grease tears and anything else that might shorten their useful life. Laminated object manufacturing lom uses a laser beam pulsed nd yag to cut the desired shape in a metal foil in this example in steel. A laminate is a permanently assembled object created using heat pressure welding or gluing. The lamination process applies a clear plastic film to printed pieces.
The substrates making up the webs may consist of films papers or aluminum foils. Laminating is the process through which two or more flexible packaging webs are joined together using a bonding agent. The clear film can be glossy or matte. Lamination is often used for packaging book covers brochures business cards and other printed items.
In addition to protection print lamination adds strength and rigidity. Lamination is the technique process of manufacturing a material in multiple layers so that the composite material achieves improved strength stability sound insulation appearance or other properties from the use of the differing materials such as plastic. In most cases the bonding is applied to both sides of the printed piece so that it is totally enclosed in the plastic film. This lamination method was once used extensively to produce laminated fabric for garments curtains and drapes and it makes use of the polyurethane foam itself as the adhesive.
It was developed by the california based helisys inc.