One of the major steps in the development of automated production technology was the development of a 3D printer. In 2012, this device has already received worldwide publicity. Already in the first half of the year, tests and announcements of future development were made.

At first glance, the device appears to the user as something unimaginable, an apparatus that can create three-dimensional models by pressing a key of any complexity.

This made the printer the technology of the future, many noted that all subsequent discoveries will be connected in one way or another with a 3D printer.

The very first device for creating 3D prototypes was the American SLA installation, developed and patented by Charles Hall in 1986. Of course, this was not the first 3D printer in the modern sense, but that was it who determined how the 3D printer works: objects are stacked in layers.

The first printer model 3D, which was widely used, was the SLA-250 developed in 1988. In 1990, a new method was used to obtain three-dimensional “prints” – the fusion method.

For many today, it is simply unthinkable to abandon new technological innovations that have become a necessity for humanity. The way a three-dimensional printer works has recently been out of reach for most users, today the technology is available to everyone.

Thanks to this device, science fiction becomes a reality. The main objective of this process is to transform the idea of ​​the model into a physical object. For this, this very idea is initially embodied on a computer using the software.

As a result, a physical printer model 3D is created in the construction chamber, which is dried at the end of the process and then can be extracted. They can be examined more closely and even picked up. Thanks to this, there is a unique opportunity to imagine how a part will look in full size.

It takes up to several hours to print a 3D model, depending on the complexity of the product. Printing technology has advanced so much lately that there are printers that can print anything from chocolate to metal to sand!

3D printers have recently gained quite wide popularity, and the scope of their application is expanding every day. We will talk about the areas in which three-dimensional printers are beginning to be actively used.

Three-dimensional printers can be used to create architectural models of buildings, individual urban areas, towns. The use of such models allows getting a full-color layout.

Printer Model 3D for Business

Using a 3D printer, various three-dimensional models are created from polymer materials. Such a device can be an excellent tool for making money. A few years ago, three-dimensional printing was spoken of as something fantastic. Now anyone can buy a 3D printer and use it for personal or business purposes. If you are looking for an idea for a business, we suggest considering this option.

3D printing is an advanced technology. A 3D printer can be used for pieces or small batch production. There are several areas in which it is beneficial for businessmen to work:

  1. Production of household items. On the printer you can make a variety of small things for everyday life – dishes, storage containers, decorative items, etc. Having come up with an original design, you can offer customers exclusive products that do not exist on the market.
  2. Making souvenirs. 3D printing allows you to create plastic figures according to the author’s sketches. Customers can offer an idea themselves. You just have to realize it and make an unusual product.
  3. Production of models and teaching aids. Now many educational institutions use three-dimensional models. You can realize this idea for the business and create models in the field of architecture, medicine, technology. 3D tutorials are also in great demand.

In addition to the ideas presented, there are many options for using three-dimensional printing for business. You can start with one idea and gradually expand production, including new directions at work.

In which industries printer model 3D is used?

3D printing is already actively used in some industries, such as medicine, automobile and aircraft manufacturing, light industry. Moreover, a 3D printer can be used not only as a tool for such familiar purposes as the production of small-scale parts. For example, Precise Bio from North Carolina developed a bioprinter with which it created an artificial cornea.

The principle of 3D printing resembles that of a conventional printer. To make a plastic case for your phone, you first need to create a three-dimensional model using a special application on your computer. Then this model is sent for printing, just like a regular document. Modeling involves various forms of creating a three-dimensional object. For example, selective laser sintering (a laser scanning a model “sculpts” a future object), layer-by-layer deposition. Instead of ink, a variety of materials are used, such as plastic, laser powder, metal, and even human tissues.
3D printers print functional prostheses from polymers and metals.

3D bioprinters print bones, joints, tissues, and even organs from living cells. This has already changed medicine. Large companies order a printout of liver tissue to expedite drug research. Scientists are preparing to print the first human organ. This breakthrough is scheduled for 2030, but for now, it’s easier to meet a 3D printer in dentistry.
Why is 3D printing developing so fast in this medical industry?

The explanation is on the surface – dental In connection with the development of three-dimensional printing, the issue of the legal regime of volumetric models is of particular relevance. It can be assumed that 3D objects will become more popular in commercial circulation than their physical counterparts. For example, it will be possible to buy not the object itself, but its three-dimensional prototype or “assemble” the model to fit your needs.

For example, Nike, Adidas, and Under Armor are already working to introduce custom 3D sneakers.

It is important to understand the legal regime of the three-dimensional model and the means of its legal protection. In some cases, this is an object of intellectual property, for example, if it is a model with an original design or a printer model 3D containing patentable solutions.

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