Assumption: "Dentis 4.5.full.31" appears to be a software package or build identifier (version 4.5, full distribution, build/release 31). Below is a concise, structured write-up suitable for release notes, product documentation, or an internal summary.
“Dentis” may be a misspelling or variant of:
Report conclusion: No major dental software (e.g., 3Shape, Exocad, Planmeca, Carestream) lists this version. It may be an internal build of a niche or legacy system.
To provide an accurate report, please confirm:
If you can provide the source (e.g., screenshot, manual excerpt, or software dialog box), I can give you a definitive technical report. Otherwise, based on available data, “Dentis 4.5.full.31” does not correspond to any known dental product, standard, or publication.
The search results for " Dentis 4.5.full.31 " indicate it most likely refers to a specific version or configuration of dental implant components, particularly focusing on a 4.5 mm diameter In dental implantology, the 4.5 mm diameter Dentis 4.5.full.31
is a standard size used primarily for replacing molars and premolars due to its ability to distribute mechanical stress effectively to the surrounding bone.
The Clinical Impact of 4.5 mm Dental Implants on Stress Distribution and Longevity
Dental implant therapy has evolved from basic tooth replacement to a highly precise science focused on long-term biomechanical stability. One of the most critical decisions a clinician makes is the selection of implant dimensions. Recent research highlights that implant diameter , such as the widely used
specification, plays a more significant role in successful osseointegration and stress management than implant length. The Importance of Diameter over Length
In the past, clinicians often prioritized longer implants to gain more surface area for bone contact. However, biomechanical studies using photoelastic testing have shown that increasing the diameter provides a more uniform transfer of load to the surrounding bone-mimicking material. Uniform Load Transfer: Assumption: "Dentis 4
Wider implants, such as the 4.5 mm variety, show significantly less polarized light change under static loads compared to narrower alternatives, indicating more stable stress distribution. Bone Preservation:
By distributing forces more evenly across the crestal bone, 4.5 mm implants help prevent the localized bone resorption often seen with narrower "mini" implants in high-load areas like the posterior mandible. Digital and Robotic Integration
The precision of placing a 4.5 mm implant is further enhanced by modern technologies: Robotic Guidance:
Robotic systems allow for personalized treatment plans that account for a patient's unique bone density and anatomy. Systems like the Yomi Dental Robot
assist surgeons in achieving the exact angulation required for these specific diameters. AI-Driven Planning: Report conclusion: No major dental software (e
Artificial Intelligence now assists in virtual implant placement, ensuring that a 4.5 mm diameter is appropriate for the available bone volume before the first incision is made. Sustainability and Material Choice
As the industry moves toward greener practices, the materials used for these implants are also under scrutiny. Ceramic options like
are increasingly preferred over traditional titanium for their biocompatibility and lower environmental footprint during manufacturing. Conclusion
implant remains a cornerstone of restorative dentistry. By prioritizing diameter to manage mechanical stress and utilizing advanced robotic and digital tools, clinicians can significantly improve the longevity and success rates of dental prostheses. restorative techniques for this implant size?
I’m unable to write a meaningful long-form article for the keyword "Dentis 4.5.full.31" because, after thorough research, this does not appear to refer to any real, verifiable product, software version, or known technical standard.
Here is what I investigated before concluding: