belarus is not communal, forests blockade rivers and lakes. necronotaya nature from what is not maxim to tear from the neck and i'm not belarus these are people. we open them for you. we carry

traditions about generations and at the same time change our views on sound. and robing the light of yakmahal belarusians are so pink ali them i know the homogeneous earth belarus 20 shatyrs nowadays, in the production of individual

spare parts for dentures, implants are increasingly using modern technologies of 3d modeling or cat as opposed to the traditional mechanical method production, the use of computer programs and high-precision electronic printers and milling machines allows us to rethink in a new way the process of autonomization and automation of sumotechnical laboratories in the last part of our program. we introduced you to a patient who has become the owner of beautiful, smiles in just a few visits to the doctor, you know the stages, so much faster, if not lightning fast why because i'm at the doctor today for the fourth time in four times this is, well, the first time. only, probably, a long procedure three hours. the rest is literally 15-30 minutes and all the technology is a new quality of life. and when everything seems to be lost in the literal and figurative sense, they come to the rescue. technology, you know, i've heard a lot about

new technologies, implants, uh, digitalization and so on, but it was very difficult for me to imagine, because it's one thing to hear, but to experience everything for yourself. this, of course, was very surprising and even interesting. we are talking about trap technology in russian, which translates as computer modeling or production according to computer direction. it has already installed implants with a multi-tooth, that is, the surgical part has finished it, that is, like this but only in this in a real picture, and this is a model. this is marked with a cross, what is it? these are just windows to zoom in there to view there, that is, to look at various modes in layers, that is, the program itself allows, uh, to consider down to the smallest detail. uh, there, in my opinion, 100 microns thickness turns out to be a means, in fact. this is the design and manufacture of dental prosthetic systems with

using computer technology, but will he ever replace the good old technician of a specialist, let's go to the dental office and try to figure it out. let's go to the dental office, it's right next to us. so we're going to the dental office. this is the room that no one knows about. these are milling machines that cut out just the same zirconium dioxide zircon was thrown into the program, and it just works itself to a complete stop. it's more of a medical thing. that is, just the same, this is the rear sight that allows you to cut out standard small glasses. quick work, that is, this is the holy of holies. well, in fact , a technology trap in action, and the most interesting thing is

that as soon as you abandon the program. you can just close the door and go away and do the rest, so frazier does everything for you. and even if he doesn't like something. it will just give an error and say come and see what i don't like there. you free your hands, of course, hours for other work, the device is now not modeling , unfolding and being done for that volume work, which he wrote to the doctor, yes, and the bottom line is that right now artificial intelligence is improving, that is, programs are becoming much smarter. and, well, if you just say, one button click, forward forward forward. there is no need. eh, a lot of thinking, no need to do something, because the program already calculates everything for you. well, and this program it develops every year, even months

update. how they arrive on the phone even at night and you just put the update on the machine on the scanner. and you already have something completely different equipment is the future today. right here now you see how it is developing. how the situation is changing. generally. we are already talking about that. the change of the dentition can take place in one day, and the heels with the filing of those in digital technologies that we are observing today as part of our program. if you look at these shots, you will be able to see for yourself the amazing technology. so computer technology came to dentistry. the computer replaced the drawing board and made it possible to abandon the use of hand-held measuring instruments. pencil rulers. the machine performs 3d modeling and only when the design is detailed are the drawings printed out for

production or given as instructions to cnc machines to make the prosthesis. 3d printers these days. slowly, the benefits are starting to take hold. even here sometimes reflecting. i think that 3d printers and cartridges for them will fly to mars. why is it so the printer can print any design, whether it's a small cog, whether it's some kind of board. and most importantly, that the material is supplied 3d printing is also developing very widely in dentistry. it is also used in the printing of metal and polymers of some composite materials. that is a list. large 3d printing allows us to first reduce the production time, because it prints faster and faster with each new printer, if milling can take there hours, then printing a minute, mm further. we are already getting an

almost finished product, which you just need to light it up, you don’t need to put it in an oven, you don’t need it there finalize. this is almost finished product and printers. they are cheaper in equipment in the consumables of consequent dentistry will become cheaper, but more options more options. it's just that at the moment the doctor's connection has not yet been completed. and you can say a 3d printer, that is, there is no, uh, school that would plant and say that this is a printer. here the scanner scans, print mine and you will get the result no, medical protocols, because these are new items, this is the future, but there are enthusiasts who fear and risk, uh, they print different materials, they don't try them on patients, of course, just uh, on tests, let's say, they check these materials and see what can be done from it. is it possible to make a very thin print? uh, the milling cutter has a limitation of uh.

step 0.6 mm, that is, the minimum thickness that you can pull out is 0.6 mm, the printer can print 0.1 mm, and again, this is literally a hair thickness of 0.1 mm, and then m-m in order to put the printer does not need additional space. it can just be placed on a regular desktop. it not a dental one. this is an ordinary printer, how we print paper, therefore, in principle, e technologies are moving towards the disappearance of e dental like a room and that's it. turned into a doctor's office, where hmm, in fact, the doctor may disappear, because there will be uh robotic arms to do most of the work and uh, this is the future, i hope the system created can be seen on the

display at the right angle in certain lighting projections can be revised individual parts of the drawing are replaced by structures rebuilt from scratch. it facilitates the work of both the doctor and the technician, because the doctor, but receives an accurate design, spends less time on some adjustments of the check, and often does not adjust or check anything at all. he is confident in the result, the technician, er, loses let's say. so the time for fitting at some points and the 3d printer just eliminates it. it's like a frazier but a 3d printer, let's say more affordable technologies that are slowly taking over. i don’t know how creative work will be, maybe when the first notes play the first bars

the performance and then yes, but i think that it will dissolve when we hear singing, when we tried on this color. i realized that this is not what it is. i see her as a blonde. it’s no other way and the skin day that share their vocal light with their talimments went there, and when she drove up, they were already open in open boxes, it turns out that she wraps up and the first thing she shouted is this, it seems to me, this is the highest level of art when your art does not leave an indifferent person. i can say one thing children love me very much belarusians on our tv channel. victor you are successfully implementing this project instead of the director of your branch. i'm sorry. i

won't have time to come today. still need help with this report. well, i'm sorry, i don't think that today everything is so noisy in the street again. you can knock out these shooters of yours, she has no one except me, her condition is critical. she had an accident. it's not all your fault, you don't need it. i didn’t need this ticket, watch the godmother tv series on belarus 24 tv channel.

previously, to install a crown, the patient needs it was necessary to come to the reception at least three, or even 5 times between sessions, several days passed; the technician had to make a structure, then try it on and send it for correction; the new technology allows you to make not only a single crown, but even complex bridge prostheses in one day. then it is scanned. different well, participation, or something of this model, actually the dentition. uh, embossing mask, uh, tize implant body, so-called titanium bases. then we model in the program with our hands. nothing needs to be done here. and then cut out from the material, from which this work ordered this order. here zirconium there disilicate lithium other materials

such an important and indispensable link in this process of dental technology completely replace the person. you can be sure that if this happens, you will not be very soon. if the doctor did everything competently, the teeth were processed well and took a high-quality cast. the work of the technician it remains only not to spoil it. we're talking about speed. how fast can implants be made? how can you restore a row of teeth? that's all, really, it's not fiction. and mouth teeth can be restored completely to make a non-removable design. which will stand for many years, a person will successfully use, by the way, the manufacture of a bridge or crown using programmed milling cutters allows you to process materials of different density with high accuracy, and if it was

problematic to obtain an ideal shape for the manufacture of a structure by casting, then a numerically controlled machine does this with with ease manually, a metal-ceramic crown is made for 4 days after all. well, not 2 weeks. still 4 days. let's say let's say 4 days. well, in numbers. well, in 2 days you can do today for tomorrow, for example, so we were told this , they believed that you can’t even believe it’s impossible to live a day, but for many people live a life. and now you are in the laboratory, where this sacrament of birth takes place, if you like, even a new life of new technologies and that's it. this is for the patient for the patient. i think that everything will work out for us in the future. today we will tell the world that you are now injecting yourself, which you saw out from synthesized. that is they are already baked. they are already solid and must be put on the model. and then with ceramic mass to make them especially beautiful. well,

for now, it’s just a frame, you can say. and concluding the program, i can’t help but ask our specialist about technology skating rinks, this is the future that has already arrived, but at the moment it’s still an analog thing, because there are still analog casts of some kind of fitting. e in perspective. uh, you can, using uh, 3d face scan, it's more wonderful to do the scan in advance modeling before surgery to install implants according to the template. that is, those positions in which the implants will already stand. uh and this is known in advance and already simulate the prosthesis according to a digital protocol. that is, it turns out that when a patient sits in a chair, they screw the implants according to the template and

immediately screw the protest, because everything has already been done before the operation, modern dental clinics and offices are actively being introduced into activity. how is it technology dentists no longer spend several working days on the manufacture of a prosthesis for one patient, and saved time. he can spend much more on the number of patients on professional dental care, in terms of the future, as a doctor. e, in principle, everything goes to biological. even the same implants are now being modernized to be made from natural materials. that is, the same printing on a 3d printer, but only with some kind of bone cells, for example, with some materials that can then turn into natural bone, and the study is in terms of growing teeth. oddly enough, they have been going on for over 15 years. and here the question is not that it is impossible to grow, but that

an incomprehensible form grows, that is, this instruction that is not controlled by the process, but the instruction that can be called divine is still unknown. how to make something that grows but we are working on it, we are trying. modern medicine can also make homo sapiens a long-liver. yes, because the future is already here, the future is today. skin day we send off, a million emotions. we

can rejoice to be angry with share with wash our emotions with horror. we didn't blow me, and music is music showing our emotions. i will choke us and i, having already trapelled with us , becomes an integral puzzle of our zhizhek. that's the music smart girl, what she finds not in the action line will grow where the defrost

music for a place of 1.600. belarus 24, well, you will agree, the further 80. it seems to me more difficult to wake up. well, there is a little, of course, especially.