Authors :
Dr.Gayathr; Dr.Sathish kumar; Dr.A.Hinduja; Dr.Supriya; Dr.Pradeep Christopher
Volume/Issue :
Volume 7 - 2022, Issue 11 - November
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3EONLzA
DOI :
https://doi.org/10.5281/zenodo.7374702
Abstract :
Non-traumatic dental extraction keeps the
bone structure and gingival architecture intact and
allows the patient the option of getting dental implants
now or in the future.A variety of methods, using physics
forceps, have been suggested for removing teeth with the
least amount of trauma. Owing to the biomechanical
design of physics forceps, a dental implant that is placed
straight away has to have the buccal bone plate
maintained and the incidence of root fracture decreased.
The most recent advancement in dental extraction
technology is the Physics Forceps, which offer a quick
and painless way to extract teeth. We discovered that the
instrument's utility is superior to that of traditional
forceps after evaluating all of the aforementioned
factors.
Keywords :
Physics forceps; conventional forceps; extraction; exodontia; force.
Non-traumatic dental extraction keeps the
bone structure and gingival architecture intact and
allows the patient the option of getting dental implants
now or in the future.A variety of methods, using physics
forceps, have been suggested for removing teeth with the
least amount of trauma. Owing to the biomechanical
design of physics forceps, a dental implant that is placed
straight away has to have the buccal bone plate
maintained and the incidence of root fracture decreased.
The most recent advancement in dental extraction
technology is the Physics Forceps, which offer a quick
and painless way to extract teeth. We discovered that the
instrument's utility is superior to that of traditional
forceps after evaluating all of the aforementioned
factors.
Keywords :
Physics forceps; conventional forceps; extraction; exodontia; force.
