Designed for more bone
The compression-free gaps around the coronal area of the V3 were engineered to provide a reservoir for blood pooling and the formation of blood clots. These conditions are both required for optimum implant integration and bone growth.
Engineered for bone stress reduction
The gaps around the sides of the implant neck were designed to result in an open, compression-free zone. Crestal bone loss may be minimized by reducing stress in the cortical bone.
Implant Neck
The triangular shape at the V3 neck was engineered to provide high immediate crestal stability and potential bone preservation. Anchorage may be achieved at three points without compromising crestal primary stability.
Platform Switching
The V3 implant incorporates the platform-switching design concept. Implants with a platform-switched configuration have been shown to exhibit less bone loss when compared to non-platform-switched implants, which may lead to soft tissue preservation and growth.
Conical Connection
The 12° conical connection was engineered to create an ultimate seal and ideal connection between the implant and abutment with built-in platform switching, reducing micro-movements.
Micro-rings on the neck of the implant are designed to facilitate an increase in bone to implant contact (BIC). This design concept has been reported to be associated with less crestal bone loss when compared with other implant design features.
Surface treatment
The surface roughness and micro-morphology is a result of sandblasting and acid etching. This proven MIS surface technology leads to a high level of cleanliness, which leads to effective osseointegration. This is one of the key factors which contribute to long-lasting clinical success.
Flat Apex
The flat apex is designed to allow good grip into bone, especially in immediate placement procedures.
Final Drill
Each V3 implant comes with a single-use final drill, suitable for all drilling protocols.
More with Less - Make it Simple
MIS continuously strives to uphold this simple concept. An excellent example of this is the V3 implant. The triangular design of the V3 means less implant. Less implant means more room for blood pooling and vascularization so that more bone can grow Faster.

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