
Innovative implants from Cowellmedi featuring a unique trapezoid buttress thread and wide,
deep body threads, delivering superior initial fixation and stability in all bone types.
Optimized for immediate placement and diverse clinical cases.
-Tapered Hex Connection with Double Contacts
> Allows for an ideal cold welding between the xture and abutment.
> Prevents micro-sinking of the abutment
>Minimizes micromovement and distribute stress aginst loading.
-Wide and Deep Upper Threads
> Prevent the compressive necrosis of the cortical bone.
> Minimize the need for countersink drills.
> Increase the mechanical strength by reinforcing the thickness.
-Double Tapered Threads
> Ensure initial stability even in areas with poor bone quality or alveolar socket.
> Allow the xture inserted more than half its length into the drilled hole to be placed in only 2 to 4 turns.
> Achieve higher primary stability with wedge action, even with an additional half turn.
-2 Spiral Round Cutting Edges
>Maximizes self-tapping e ciency with sharp edges.
> Ideal cutting-edge pocket design accommodates bone chips effectively.
-Platform Neck
> Enables stable engraftment of the periosteum at the interface between bone and implant.
> Prevents inammation around the implant.
> Reduces stress on crestal bone, minimizing crestal bone loss.
-Open Treads
> Allow the xture to be placed deeper without additional drilling.
-Wide & Deep Body Tread
> Deep and wide threads (0.9 pitch) increase the functional surface area at the bone-implant interface,
enhancing primary stabiility in low-denstity bone or high occlusal load areas.
-2 Flat Cutting Edge
>Minimizes pressure on the gingival bone and improves self-tapping ability.
-Flat Apex Thread
> Provides initial xation at the lower drill end.
> Suitable for immediate placement in extraction sockets.
> Facilitates favorable stress distribution to surrounding bone.
deep body threads, delivering superior initial fixation and stability in all bone types.
Optimized for immediate placement and diverse clinical cases.
-Tapered Hex Connection with Double Contacts
> Allows for an ideal cold welding between the xture and abutment.
> Prevents micro-sinking of the abutment
>Minimizes micromovement and distribute stress aginst loading.
-Wide and Deep Upper Threads
> Prevent the compressive necrosis of the cortical bone.
> Minimize the need for countersink drills.
> Increase the mechanical strength by reinforcing the thickness.
-Double Tapered Threads
> Ensure initial stability even in areas with poor bone quality or alveolar socket.
> Allow the xture inserted more than half its length into the drilled hole to be placed in only 2 to 4 turns.
> Achieve higher primary stability with wedge action, even with an additional half turn.
-2 Spiral Round Cutting Edges
>Maximizes self-tapping e ciency with sharp edges.
> Ideal cutting-edge pocket design accommodates bone chips effectively.
-Platform Neck
> Enables stable engraftment of the periosteum at the interface between bone and implant.
> Prevents inammation around the implant.
> Reduces stress on crestal bone, minimizing crestal bone loss.
-Open Treads
> Allow the xture to be placed deeper without additional drilling.
-Wide & Deep Body Tread
> Deep and wide threads (0.9 pitch) increase the functional surface area at the bone-implant interface,
enhancing primary stabiility in low-denstity bone or high occlusal load areas.
-2 Flat Cutting Edge
>Minimizes pressure on the gingival bone and improves self-tapping ability.
-Flat Apex Thread
> Provides initial xation at the lower drill end.
> Suitable for immediate placement in extraction sockets.
> Facilitates favorable stress distribution to surrounding bone.

Hakgamdaero 0234535083
46986 Pusan
Korea, Republic of
46986 Pusan
Korea, Republic of
Hall 4.1 | E020