Using CNC for PAD Printing

Pad printing can be referred to as a process where a 2D object can be easily transferred into a 3D object. This process is carried out by utilizing an offset printing process that’s indirect and also involves an image to be transferred from the printing plate from a silicone pad over the surface that needs to be printed. The process of pad printing with CNC is utilized in a lot of industries such as the automotive, medical, electronics, apparel, promotional, toys, sport equipment and appliances.

Pads are 3D objects molded of silicone rubber. These work as a vehicle for transport. These picks up in present on a printing plate and transfer it to the surface that requires to be printed upon. There are several examples of pad printing such as the table printing on the keyboard keys, logo of a toy manufacturer on a Frisbee etc. The rich properties of a silicon pad lets you to acquire the image in several surfaces including spherical, textures, flat, cylindrical, concave, convex or compound angle surfaces.

The use of pad printing with CNC is very common in the press. This process is used to print on various surfaces including plastic, film, paper, steel or cellophane. These are usually silicone pads specifically programmed to print images one by one. Any press that uses pad printing with CNC can easily get a multicolor print with the stationary substrate and programmed pads. The robotic actions of these presses using pad printing with CNC can appear to be quite complicated.

However, the truth is that these give way to some simple setting processes that further allow many programs to be fed into the machine. Almost all the actions are controlled by servo-motor drives and providing a smooth and easy to control printing action. This also allows machine dimensions to enjoy infinitely variable stroke lengths. Most manufacturers also claim that their decision to use pad printing has provided a lot of energy savings to the industry.

The system of control using CNC can be created easily on standard machines or even on modular assemblies that can be produced to work with all applications. The complexity degree is controlled by the product designer’s imagination as well as the module number the designer wishes to use in order to accomplish the desired quota. The elements required to manipulate component can be easily obtained via combining several closed cups, cleaning of pad, varied pad-stroke lengths, alternative shapes of the pad etc.

The pad printing with CNC is usually used for items that need to be oriented in line with various other assembly processes or carrying out complicated multiple prints on various surfaces. The flexibility of a pad printing with CNC press usually decides production of an ideal machine for a specific application. The process of pad printing with CNC can be costlier than a traditional pneumatic press. It is productive to purchase a CNC press if you want to make profits and waste less of time.

It would not be wise to trust everything that’s being told about the current technology. However, pad printing with CNC is still not a bad choice.

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