The forefront of digital printing, AMD inkjet technology

Traditional printing technology evaporates

General-purpose digital printing has led to the evaporating of traditional printing techniques, and the demand for printing technicians has dropped drastically, with almost zero requirements. There is no work on ink control technology, alignment, pull-up, color separation, ink-water balance, and liquid mixing. Only standard PDF print files need to be loaded, and all processes will be automatically operated by electronic data, including CMYK Total Ink Control, Blasting Fat, Black Stack, and even Black ink replacement. Because there is absolutely no requirement for the operator's technology, it is equivalent to the fact that the traditional arts and crafts technology is evaporated, which in turn leads to a significant reduction in waste, greatly reduces human error, and the production efficiency and quality are naturally higher than traditional printing, and it goes without saying. The expenses and time spent on training staff has been greatly reduced. The advantages of digital printing not only overshadow the Koch, screen printing, flexo printing, pad printing, bronzing, gravure printing, and even high-speed rotary machines.

Give one or two current examples

Screen printing, pad printing and flexo printing will be replaced by UV digital printing, not only printing white ink, local varnish, metallic color, fluorescent color, conductive ink, etc., but also more accurate than traditional, such as industrial circuit board It has completely replaced silk screen printing with digital printing, regardless of cost and speed. Digital printing can also be used to print out punches and protrusions at random, and the effect of epoxy dispensing can be completed in one go. It does not need tedious post-press processing. For example, it can be used to print badges for braille embossing on demand.

Hong Kong's industrial printing transition has been slow. The industry has become more knowledgeable workers, and the transformation process will face greater challenges. In particular, the Shibaji, silk screen printing and other industries will be completely submerged under the digital production system. Another example is the printing of various kinds of label stickers, no need to create a knife mold, can be completely digitally cut, the shape and accuracy is more than 100 times higher than the traditional beer cut; and the investment is far lower than the traditional machinery, the old and new technology switching progress is not Urgently, we still have time to make adequate preparations, but disregarding the opportunities brought about by science and technology, and holding the balance, will have to pay an irreparable price.

The forefront of digital printing, AMD inkjet technology

Developed specifically for nanotechnology nano-digital inkjet technology, it can eject very fine ink droplets, which is more than 1,000 times smaller than traditional ink jet technology. Its diameter is less than 1 micron and can be used to produce solar energy. Batteries and their components, micro-semiconductors, carbon nanotubes, microlenses, LEDs, touch screens, film-type circuit boards, ultra-micro electroplating, nano-stereo parts, cell susceptors, and organic semiconductors.

Measured in print standards, with a high precision of approximately 10,000 dpi, prints beyond 3,000 lpi. If it is used in security printing, it will be a good idea.

With industrial metal ultrafine particle ink, conductive polymer ink, transparent conductive ink, fluorescent ink. Can be used for a wide range of purposes. Gold, silver, and copper conductive inks, UV resin inks, and proteins can also print ultra-stereoscopic three-dimensional objects.

Unprecedented breakthrough

It is a nano-inkjet technology. The high-efficiency roll-type solar cell produced is eight times more powerful than the traditionally produced solar cell. It is lighter than the former and can be equipped with space technology. The biggest contribution of AMD inkjet technology is rapid research and prototype testing. Especially for testing precision semiconductor circuits, it is an unprecedented convenience, which greatly reduces product development costs and shortens development time from one year to one week. This is equivalent to the effectiveness of digital printing and drafting, reducing it from a half-day to a minute, looking at the results at a very low cost, and making the mistakes and responding extremely quickly, and greatly improving competitiveness. The production of touchscreens using AMD Inkjet technology is even more incredible. It can create extreme sensitivity and resolution comparable to that of human haptic systems. It can greatly improve the sensing part of any detector. Microdevices for medical devices can also be improved. The accuracy of electronic paper, high-end technology such as thin-film displays, has brought unprecedented breakthroughs in the field of biotechnology applications.

Rewrite history

Nano Inkjet Technology will rewrite the casing and performance of all electronic products, greatly reducing power consumption. Most of the electronic products can be driven by solar energy. Since the micro-semiconductors and their circuits are all made of nano-inkjets, not only are they extremely compact, but also All wiring and extrapolation components are eliminated, so that the electronic part can be reduced to no more, the distance can be shortened and the equivalent power saving can be achieved, and the microcircuit can be stacked into twenty layers in a stacking manner, in addition to saving the lateral area, the greater advantage It can be sprayed on the back of the inner shell as the inner shell of the electronic product is curled, inside the shell in a thin film type, or even directly in the nano-spraying technique. Because there is no traditional circuit board, the weight is greatly reduced, the failure is less, and it can be personalized to produce and meet the consumer's individual requirements for production and installation. For example, the electronic part of your mobile phone can be sprayed in the frame of your choice. The outer edge is a high-efficiency solar cell. The guiding earphone is just below the end of the arm and the receiver is sprayed under the frame. Align your mouth. The screen is, of course, the middle of the built-in lens, focusing forward two feet. This is an example of an invisible mobile phone that can be produced by science and technology. For other uses, readers can think for themselves and can't describe it. what! Forgot to say that this glasses phone has a pupil recognition switch that cannot be used by anyone else.