Using 3D Rising Process to Improve Product Value (I)

(Raising Your Prodict Value with 3-D Doming) Raising Your Prodict Value with 3-D Doming Adding a third dimensional dimension to a 2D image is a way to draw special attention to the image. If you don't believe it, then look at the shadows of the images and the effects printed on ads and magazines will understand. This depth-of-three-dimensional appearance makes the image attractive, and current screen-printing labels, decals, and signage reflect the three-dimensional value obtained through a process called bumping. If you can print decals or stickers on glassware, you can change its appearance and value through bumping. The bumping process is to add a liquid polymer to a pre-printed portion to create a bump or bulge on the surface. The process has been in use for many years, but it was not until recently that the secret veil was lifted. This may be due to the fact that in recent years the process has not only added too much value, but it has been unexpectedly simple. According to experience, the value of a stereoscopic part is three times that of a two-dimensional image. This article will provide an overall analysis of the bumping process and provide information about it to help you determine if the process is compliant with your business. The reason why making uplift technology worthy of careful analysis is that there are many customers who are interested in the appearance of uplifting craft products and invest in it. The application of the uplifting process Traditionally, the uplifting process has been mainly used for occasions such as awarding prizes, that is, as awards for awarding winners or characters with outstanding contributions. However, the market for uplifted products can hardly be limited to this particular area, because the demand of many industries and consumers in other areas is the great potential for the development of this technology. Demand products mainly include signs, electronic products, furniture, mobile phones, vehicle decorations, wheel centers, refrigerator magnets, etc. (Figure 1). The uplifting process can also achieve better results in POP display. Figure 1: The raised product bumping process creates a transparent lens over the printed image, creating a visual depth that increases product appeal and product value. This process is ideal for decals, labels, signage, logos, buttons and a wide variety of products. How the Uplift Process Works The secret behind the resin uplift process is the surface tension. Whether it is a badge or an addendum to some product, or it is used on a bump production system, the resin will flow over the surface until it encounters an obstacle - typical obstacles are labels, cut edges of decals, or vinyl material. Letters. The surface tension prevents overcoating (unless excessive resin is used). However, even if excessive coating occurs, excess resin can often be withdrawn, saving material. About 1g of resin can cover 1 square inch of substrate surface. Before understanding the different types of resins and their curing methods, we first look at the basic process. Once the resin is applied to the surface of the substrate, the resin bulge is immediately available. After about 10 minutes, you can carefully move a row of ridged or cut flowers to the adjacent storage area. At room temperature, it takes 1 hour for the badge to dry, and it takes about 8 hours to fully cure. If necessary, they can be completely cured in a heat oven in as little as 20 minutes. The bumps are preferably permanently stuck to the substrate and cured to a raised 0.007-0.009 inch high lens (Figure 2). It maintains a crystal-like appearance and does not yellow or become brittle after a long time. It should also have a hard-wearing and hard surface. The hump can also be used as a UV filter to protect printed images from fading. Figure 2: Most of the elevated surface of the raised product The elevated product consists of a printed image on the adhesive, which is covered by a raised resin that not only serves aesthetics but also protects the image. The text in the figure is: polyurethane resin—polyurethane resin; image(ink)—ink image; material—material; Adhesive—binder. The most common shapes of bulges are round, oval, and square, but can also be made into other shapes. According to practice, complex shapes can also be made. With textile needles, plastic knives or customer tools, the resin must be treated to make it napped before it becomes a gel. It is best to avoid making angular shapes. There is a special process for the fabrication of some more complex shapes of bulges.