Lab implant 3.3 mm,

Our Micro-Retention implant is the result of persistent further development of renowned quality. Its specially conceived micro-thread helps it achieve an exceptional degree of primary stability and therefore, safety, even when the bone situation is not favourable, for example in cancellous upper jaw bones, or in the sinus area with reduced residual bone. You also have the option of working with Platform Switching here. The high precision Hex inner connection with rotation protection guarantees a secure connection between implant and abutment. Benefits: Hex connection for rotation-secure connection between implant and abutment Special micro-thread for very high primary stability Optimised thread design for improved primary stability even in soft bones Integrated Platform Switching to improve the soft tissue attachment Micro-constructed, highly pure surface for optimal cell adaptation and safe osseointegration

Whether it’s the upper or lower jaw, hard or soft bone - the IMPLA cylindrical implant is the answer to the everyday demands of implantology. The basic cylindrical shape is complemented by synchronous threading to the implant shoulder. In the same way, the surface of the cylindrical implant is sanded and etched to the implant shoulder. Alongside very good primary stability, even in cancellous bones, the cylindrical implant design gives you a high degree of flexibility. In particular, the insertion depth can be adapted very quickly by the surgeon. The self-tapping thread reduces the amount of surgery needed. Integrated Platform Switching ensures better preservation of the marginal bone. Benefits: Hex connection for rotation-secure connection between implant and abutment. Special micro-thread with a pitch of 0.8 mm for very high primary stability. Large Bone Lock for easy insertion and increased removal protection. Integrated Platform Switching to improve the soft tissue attachment. Self-tapping thread for a maximum level of surgical flexibility Microstructured, high-purity surface for optimal cell adaptation and safe osseointegration