When you are in the dental office facing a complex challenge — whether a fresh post-extraction socket or low-density bone type III or IV —, what matters most at the contra-angle is not just torque force, but clinical predictability and the confidence that primary stability will be achieved on the first attempt. This is precisely where the precision engineering of Epikut makes all the difference.
Developed to redefine oral rehabilitation, Epikut is the result of years of Research and Development in Partnership with some of the world’s most renowned universities, such as USP, UNESP, and the University of Michigan (USA). This union between cutting-edge science and clinical practice created an ecosystem engineered to leave no room for uncertainties during implant locking.
Want to understand how macrogeometry and surface technology work together to transform your clinical routine? We tell you all about it.
Macrogeometry and dual cutting threads: stability where you need it most
The secret to Epikut’s performance in immediate loading or post-extraction sockets lies in its intelligent architecture:
- Sharp and compressive design: the hybrid macrogeometry — combining a cylindrical body and a tapered apex — was engineered to compress bone progressively as the implant is inserted;
- Dual reverse-buttress cutting threads: the dual cutting threads reduce insertion time and speed in the surgical bed. They guarantee superior mechanical anchorage and precise primary stability, even in the most challenging anatomical conditions.
In practice, this means gaining speed during the procedure while maintaining total torque control and the safety required to advance to the next step with confidence.
Surface Plus: the bioengineering that accelerates osseointegration
Flawless mechanical locking requires an equally powerful biological response. That is why the Epikut Plus version features the exclusive Surface Plus technology.
Developed by researchers in Sweden and proven by dozens of scientific studies, Surface Plus features a homogeneous nanocoating of hydroxyapatite crystals over micro-rough titanium.
This technology creates a super-hydrophilic layer that instantly attracts blood proteins, accelerating cellular response and bone formation in the earliest stages of healing.
The result for you and your Patient? Superior biological quality, accelerated healing, and the clinical predictability that only high-level scientific evidence can guarantee.
Read also: S.I.N. Surface Plus: the science behind accelerated osseointegration and clinical success
Partnership and science serving New Smiles
At S.I.N., we believe technology only fulfills its true purpose when it simplifies the Dental Surgeon’s routine and restores professional pride in every completed case.
Knowing that you can rely on Epikut engineering and the endorsement of major global research centers (such as USP, UNESP, and the University of Michigan) is your guarantee that your clinical choice is backed by the very best in global implantology.
More than translating technical features into benefits, our commitment is to walk alongside you, offering the partnership and security you need to transform your Patients’ lives with new smiles.
Recapping what we covered in this article:
1. What makes Epikut’s macrogeometric design ideal for primary stability in low-density bone or fresh extraction sockets?
Its hybrid architecture — combining a cylindrical body and a tapered apex — was developed to compress bone progressively during insertion. Furthermore, the dual reverse-buttress cutting thread profile delivers high cutting and compaction capacity, ensuring higher torque and superior primary stability where bone anatomy is most challenging.
2. How do dual cutting threads optimize the Dental Surgeon’s workflow?
Epikut’s dual cutting threads provide an ultra-threadable profile, reducing implant insertion time and accelerating the procedure in the surgical site. This translates into greater convenience, efficiency, and clinical predictability in the dental office.
3. What is the role of Surface Plus technology in the osseointegration process of Epikut Plus?
Surface Plus features an ultra-thin, homogeneous nanolayer of sintered hydroxyapatite crystals over micro-rough titanium. This creates high hydrophilicity, attracting blood proteins instantly to stimulate cell adhesion and differentiation. Consequently, it accelerates bone formation in the early healing stages and enhances the biological quality of newly formed bone tissue.
4. Which research institutions validate the science and bioengineering behind S.I.N. implants?
S.I.N. products are scientifically validated through preclinical and clinical research conducted in Partnership with leading global academic institutions, including USP (Brazil), UNESP (Brazil), and the University of Michigan (USA), providing scientific backing and maximum confidence for your clinical decisions.
