Menu
The DMEqual implant features an internal hexagonal conical connection design that offers a more versatile approach to abutment restoration, catering to various clinical needs. Its internal conical connection effectively reduces the risk of inflammation, ensuring better long-term stability. The conical apex design allows for secure fixation in double cortical bone, while the four-blade self-tapping groove demonstrates excellent self-tapping performance in cases of insufficient preparation. Coupled with SLA surface treatment and groove design, this enhances the implant’s initial stability and biocompatibility, making it an ideal choice for your needs.
Faster implantation and optimized surgical experience
Abutment prosthetics are more diversified with hexagonal interlocking to reduce inflammation effectively
Double cortical bones fixation is permitted with the tapered root tip Four-edged tapping grooves have good tapping effect when the width or the length of the hole are insufficient
Tight protective layer is formed with soft tissue attachment
Flexible for a wide range of bones
Increase the contact area and stability
Effectively reduces bone resorption around the implant and forms a stable soft tissue closure
Onze implantaten zijn gemaakt van hoogwaardig titanium, worden geproduceerd met geavanceerde productieprocessen en hebben een levenslange garantie.
The DMEqual implant features a 12° tapered connection that effectively disperses stress and provides a tight seal to prevent bacterial growth. Its excellent load distribution and sealing properties ensure stability and safety during use. The internal hexagonal connection enhances anti-rotation capability, while the hexagonal lock design allows for versatile restoration directions. Additionally, the tapered connection reduces inflammation risk, offering patients a more comfortable experience and improved treatment outcomes.
The DMEqual implant features a surface treatment that uses mixed particle size sandblasting to create a unique, uniformly structured micro-level morphology with deep pores, enhancing the contact area with bone tissue. This multi-level micro surface undergoes high-temperature activation, resulting in a thin, crystalline titanium dioxide layer that significantly reduces the contact angle and promotes biomineralization post-implantation. This treatment facilitates both short-term loading and long-term osseointegration, ensuring a successful and stable implant experience.
Our implants are made from high-quality Cold Working Titanium Grade 4. This material is produced by cold-working Grade 4 pure titanium, a process that not only retains the biocompatibility of pure titanium but also significantly enhances its mechanical strength. With exceptional biocompatibility, it integrates well with surrounding tissues in the body without causing adverse reactions. Additionally, its high strength allows the implant to withstand greater bite forces, making it particularly suitable for dental restorations that need to endure heavy chewing pressure.
Onder de elektronenmicroscopie 150x en 20000x, de kloof tussen DentalMaster en abutment is kleiner dan 0,2micron, lager dan soortgelijke producten in de industrie, toont de verwerking nauwkeurigheid is hoger, dus anti-vermoeidheid is beter, anti-vervorming is beter, duur periode is langer
We nodigen distributeurs, ziekenhuizen en tandheelkundige klinieken uit om samen met ons meer glimlachen te creëren, gevoed door een gedeelde passie voor tandheelkundige implantaten.
DentalMaster is een bedrijf dat gespecialiseerd is in implantatietandheelkunde. Merken zoals Nobel Biocare, Short Bicon, Straumann, Zimmer, Megagen, Dentium en Hiossen zijn geregistreerde handelsmerken van hun respectievelijke bedrijven. DentalMaster heeft geen commerciële banden met deze bedrijven. Het noemen van deze merken is uitsluitend bedoeld voor het nauwkeurig identificeren van compatibele implantaten, instrumenten, abutments en componenten die door DentalMaster worden aangeboden.
Copyright © 2024 Dental Master CE / ISO13485. Alle rechten voorbehouden.
