MIS is pround to present the new implant system C1

The MIS C1 implant:

MIS proudly presents C1 – a new innovative screw type implant, incorporating a DSM (Dual Stability Mechanism) concept and a conical connection with an anti-rotation cone index, assuming a definite implant-abutment sealing connection. C1 implants are a result of an extensive research and development process, offering a unique combination of surgical and restorative benefits for multiple procedures, saving valuable chair time and affirming reliable, long-lasting successful results.

The Dual Stability Mechanism (DSM)

The DSM provided by C1 is based on an integrative development involving the implant’s macro and micro structure as well as a unique differential drilling methodology. C1’s conical design enables a moderate compression of the bone at the top 2/3 of the implant’s body, providing an immediate mechanical primary stability, while the apical 1/3 of the implant is designed to enable a rapid bone growth and minimize stability loss during the first weeks after surgery. Compartments which are formed between the apical threads as a result of the differential drilling approach prevent bone compression at this area of the implant. The result is an ideal habitat for accelerated and sustainable bone growth and osseointegration, establishing the implant’s long term biological stability. The DSM mechanism combines benefits of high primary stability and an accelerated osseointegration process, abridging the way to complete long term stability.

C1 Main Characteristics

• 3 micro-rings on the implant’s neck improving the interfacial shear strength in the crestal zone.
• Platform switching minimizing micro-movements and allowing the efficient growth of soft tissue.
• Sizes variety Available: lengths: 8, 10, 11.5, 13 and16mm; available platforms: standard (3.75, 4.2mm), and wide (5mm). A narrow platform availability is expected in the near future.
• Conical connection with an anti-rotation index assuring a definite stable implant-abutment connection and a sealing closure.
• Two spiral channels & a domed apex enabling direction refinement during insertion.
• Conical, root-shaped geometry ensuring a superior primary stability and a safe insertion into narrow ridges a n d t i g h t spaces.
• A comprehensive combo packaging containing a sterile single use final drill, cover screw, healing cap and a temporary PEEK abutment – providing professionals with the freedom to choose between one stage, two stages procedure or an immediate loading.
• Dual roughed sand blasted and acid etched surface.
• Platform indicative
• Color coding of both implants and abutments to simplify an immediate identification during procedure.

Mechanical Stability

Thanks to a unique drilling methodology, the implant's geometric design enables a moderate compression of the bone at the top 2/3 of its body. This compression, enabled by a distinctive conical shaped final drill, provides an immediate and prolonged mechanical primary stability.

Biological Stability

An enhanced secondary biological stability is achieved by integration of the implant's geometry, morphology and a differential drilling approach. The compartments formed between the implant's threads at the bottom 1/3 of the cavity, generate an ideal habitat for sustainable bone growth leading to an accelerated osseointegration.

The Dual Stability Mechanism (DSM) by MIS

DSM combines the benefits of high primary stability with an accelerated osseointegration process, abridging the way to complete long term stability. Offered by MIS C1 range of implants, the DSM is based on an integrative development involving the implant's macro and micro structure as well as a unique differential drilling methodology.