What is the future development of digital printing equipment?

Art glass printing machine.

What is an Art Glass Printing Machine? Art glass printing machine is a new type of printing machine, which is a kind of digital printing machine. The art glass printing machine is developed after platform modification, flat plate transformation, and synchronous transmission system.

Art glass printing machine is not the name of an industry specialty, according to different principles of classification to distinguish, art glass printing machine can have many different names and names. As an emerging printing equipment, ABS board printer has detonated the color printing industry in a short period of time and set off a heat wave of personalized digital color printing.

1.Art glass printing machine is divided according to its printing principle, which can be called inkjet printing machine, digital printing machine, digital printing machine. Art glass printing machine is an advanced digital printing equipment, the core technology of digital inkjet printing is introduced from Japan.

2.The art glass printing machine is divided according to its mechanical structure principle, which can be called art glass printing machine and flat writing. Real machine. Because the art glass printing machine is usually written by Epson large-format printing machine and Muto. The real machine is transformed.

3.Art glass printing machine can be divided into art glass printing machine, metal printing machine, advertising printing machine, leather printing machine, cloth printing machine, clothing printing machine, art glass printing machine, wood printing machine, ceiling printing machine, plastic printing machine, sliding door printing machine, sign printing machine, mobile phone case printing machine, ceramic tile printing machine, etc.

4.According to its applicable output and production capacity characteristics, the art glass printing machine can become a short-run printing machine, a personalized printing machine, a universal printing machine, a small-batch printing machine, and a small-batch printing machine. Because of its unique digital printing technology, it does not limit the amount of printing, and can be printed in a single piece, which is very suitable for the printing of personalized patterns, and the printing of a large number of different patterns, colors, codes, logos, etc.

5.Art glass printing machine is divided according to its printing plate and platform, which can also be called flatbed printing machine, flatbed printing machine, flatbed printing machine, flatbed printing machine, and flatbed writing. Real machine, flatbed jet printing machine, flatbed printing machine, etc.

Flatbed flat printing is another major feature of art glass printing machine, which can be widely used in the printing of various plates. Art Glass Printing Machine, Best Art Glass Printing Machine, Stable ABS Board Printer.

6.Art glass printing machine is divided according to the ink (ink) it is suitable for, and can also be called co-solvent ink printing machine, solvent-based ink printing machine, environmentally friendly ink printing machine, universal ink printing machine, textile ink printing machine, coating free ink printing machine, etc. A variety of different inks and inks are available for different industries.

The above is the name of the art glass printing machine industry, so many classification names and names, can be described as "varied", "varied", friends in life and work from time to time to hear the above names, please do not be surprised, that is the legendary art glass printing machine, and these names and names are the demonstration of the powerful functional characteristics of the art glass printing machine.

Digital printing is in the wild evolution, especially some domestic machines have begun to surpass foreign countries, Mingliangkang X5 This kind of composition production integration development, and constantly improve these systematic things.

Dot matrix printers.

Dot matrix printing. It was born in 1968. According to its principle, it can be divided into the principle of occlusion and energy storage:

The firing principle of the snap-on printhead is shown in the figure. It is composed of an iron core and a coil of electromagnet, when the coil is energized, the electromagnet is magnetized, generating electromagnetic force, the armature hits the printing needle at the moment of being sucked, and the printing needle hits the printing roller through the ribbon and paper, so a point is printed on the paper; When the coil is powered off, the iron core loses its electromagnetic force, the armature returns to its original position under the action of the armature spring, and the printing needle is also retracted under the force of the needle return spring and the printing roller.

This printhead can shoot at a frequency of more than 2000Hz. The needles can be grouped together without bending, and the length of the needles can be as short as (10-50) mm, resulting in a small print head.

The firing principle of the energy storage printhead is shown in the figure. The working principle of this type of print head is to use a permanent magnet to act on the armature spring sheet to keep it in a state of energy storage, that is, the printing needle stores the striking energy. When the coil is energized, the electromagnet composed of the iron core and the coil establishes a magnetic field opposite to the permanent magnet, so that the suction force of the permanent magnet decreases, when the suction force is less than equal to or less than the elastic recovery force of the armature shrapnel, the mechanical energy on the armature reed is released, and the armature is pushed to make the printing needle fly out, hit the ribbon, the printing paper and the printing roller and print the lettering.

When the coil is de-energized, the armature and the reed are attracted to their original position by the permanent magnet, and the printing needle is retracted.

Compared with the snap print head, the electromagnetic force released by the armature reed is smaller, which is only the difference between the permanent magnet suction force and the spring sheet, so the excitation current on the coil is small and the power consumption is low; The power-on duration is also short, and the frequency of the needle can be as high as 3000Hz; It has obvious advantages of high speed, stability, economy, low noise and miniaturization.

The development of printers is a very interesting process, dating back to the beginning of the printer, which was very bulky and extremely expensive. However, with the development of time, printers continue to evolve and begin to enter people's daily life and work. Nowadays, printers have become a necessity for people's life and office, and the types of printers are becoming more and more diverse, but we can't help but ask:

What will printers look like in the future?

In a report by TFTS TechnologyAndGadgets (a foreign company**), two design concepts were mentioned, one is the concept of pencil printers and the other is the concept of portable printers, which give us some inspiration for the future development of printers. Two designs are in front of us, and although both are only at the stage of design concept, "nothing is possible"!Who knows what the future will look like, so why not imagine it boldly?

Let creativity and innovation lead us to a future where "anything is possible".

A gadget may give us a new way to print drafts, and now we're trying to print drafts in a way that saves printer ink. The idea of a pencil printer was developed by Hoyounglee, who used a separate gadget when printing sketches. Although such a printer cannot print high-quality documents, it does contribute to the environment.

Pencil printers do away with the design of ink cartridges (which are built-in) and are able to automatically transfer pencil shavings into the waste collection bin. The device automatically sharpens pencil and mechanical pencil leads and uses them to print documents. Since the output is a digital version of your draft, the printed items are completely erasable, which means you can reuse the paper, reprint it, and the same product will do the automatic erasing work for you.

If the weather is hot, you need to install an air conditioner indoors to keep the temperature at about 25 degrees.

According to the technology**, the existing digital printing equipment on the market can be roughly divided into the following four categories.

1. Digital printing machine - developed from photocopier technology and digital technology.

1) Typical representatives: Toshiba, Konica, Ricoh, Canon, Xerox, Osi, etc. This type of equipment generally consists of three parts:

Scanning, laser-printing, and folding. It is more versatile and can scan, copy, print and digitally publish.

This kind of equipment belongs to the multi-functional digital printing system, which is a type of digital printing, which has transformed from a single output device to a digital input and output integrated equipment.

2) The characteristics and advantages of the digital printing machine: the output speed is even higher than the page per minute, which is suitable for a wide range of markets; Thanks to the addition of digital technology, the quality is stable; The equipment is simple to operate and the working environment is clean; The digital group service system has become a reality, making it more convenient for users; The system has low cost and strong competitiveness; It is precisely these characteristics of the digital printing machine that we expect its development prospects.

2. Digital multi-function machine - developed based on printer technology.

This kind of equipment is the same as the former in principle, but because they do not master the technology of high-speed laser printing cores (except for Canon and Xerox), most manufacturers of digital all-in-one machines can only compete in the low-speed (less than 30 pages per minute) market, and even compete for the fax machine market and the printer market. It is difficult for this type of equipment to enter the digital printing market.

3. Digital printing machine - developed from printing machine technology, digital technology and electronic ink technology.

The typical representative is HP Indigo.

4. Digital printing machine - developed from printing machine technology plus digital technology and on-machine direct plate-making technology.

Typical representative: Heidelberg DI.

Who invented the piezoelectric sprinkler?

To put it bluntly, engineering printers print large sheets of paper or drawings, and some engineering drawings are larger than large digital printers, while digital ones are generally typed or home.

The advantage of laser printers is that printers are incomparable, that is, the speed is fast, because the printing principle of laser printers is photocopying, which is a semiconductor cylinder after sensitizing light, then brushed with toner, and then rolled on the paper, and finally shaped with high temperature, and a piece of paper is printed like this.

Digital printers are slower, and the higher the resolution, the slower they are.

Again, ** is different, the laser is much more expensive.

The current economic situation is facing downward pressure, so, what is the development prospect of UV flatbed printers, let's come now.

Now with the increasingly strict environmental protection, the traditional pad printing and silk screen printing are gradually eliminated. UV flatbed printers are gradually emerging because there is no waste ink, no noise, no sewage, and green environmental protection.

The market environment is also relatively good. Because the cost is low, the profit is high. For example:

1.In the advertising industry, the larger advertising companies have at least one UV flatbed printer. 2.

In terms of decoration, integrated wall panels, ceramic tile background walls, and art glass are inseparable from UV flatbed printers.

UV printers can print a wide range. Phone case printing, sign printing, leather product printing, electronic product printing, gift packaging printing, toy industry printing and so on.

UV printers are simple to operate and easy to use. Any pattern can be printed on all flat products to achieve instant production, and there is no limit to output.

In the long run, UV flatbed printers will gradually replace traditional printers. Now only a few people in this industry know about it, and it is still a blue ocean.