Gurluş perspektiwasyndan,esasan aşakdaky esasy komponentlerden ybarat:

mikroskop

Gowy yşyklandyryş arassalamagyň esasydyr. Muňa

degişli ýagdaýda ýerleşdirilýär we çeýe düzülip bilner. Biderek we derwezeleriň dürli zerurlyklaryna görä, lukmanlaryň dürli zerurlyklaryna görä, lukmanlaryň umumy iş platformasyny düzmek ýaly, işleýändigi ýaly ulanylýan lukmanlaryň wezipesini kesgitlemek ýaly lukmanlaryň dürli zerurlyklaryny kanagatlandyryp biljek lukmanlaryň wezipesini takyk tapmaga we has amatlydygyny takyklandyryp biler.

Käbirleriin real time on the screen, making it convenient for doctors to share observation results with assistants during the surgical process. Şol bir wagtyň özünde, hirurgiki prosesiň suratlaryny ýazga alyp we alyp bilersiňiz. These images and video materials can not only be used for subsequent case analysis and teaching research, but also allow patients to have a more intuitive understanding of their oral condition and treatment process.

Iş ýörelgesi ais based on the basic principles of optical imaging. Diňe "Polle", ownuk zatlary obýektiw we göz aýagynyň birleşmeginiň üsti bilen suwasly boşlukdaky ownuk zatlary ulaldýar. Light is emitted from the lighting system to illuminate the surgical area. The reflected light from the object is first magnified by the objective lens, then further magnified by the eyepiece, and finally forms a clear magnified image in the doctor's eyes or on the imaging device. Obýektleri synlamak üçin ulaltýan aýnany ulanmagy, ýöne a-äkise effektini ulaltmak ýalydyr

funksiýa we öndürijilikde has uly böküşlere ýeter. We look forward to the widespread adoption of this technology, not only in large hospitals, but also in more primary healthcare institutions and dental clinics, benefiting more patients. Şol bir wagtyň özünde,Senagat täze belentlikler-a we dilimlylygyň ösmegine goşant goşýar.