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- Non-submerged type implant based on a one-stage surgery procedure
- Stable connection structure of internal octa and morse taper method
- SA surface morphology and roughness increased by 45% compared to RBM treatment
- Straight body facilitates the adjustment of implantation depth
- Powerful Self threading
- Non-submerged type implant based on a one-stage surgery procedure
- Stable connection structure of internal octa and morse taper method
- SA surface morphology and roughness increased by 45% compared to RBM treatment
- Taper body offers High initial stability
- Increase initial stability in soft bone
- Corkscrew thread : Powerful Self threading
- Non-submerged type implant based on a one-stage surgery procedure
- Stable connection structure of internal octa and morse taper method
- RBM surface with excellent bio-affinity
- Straight body facilitates the adjustment of implantation depth
- Powerful Self threading
- Submerged type implant with an internal hex 11°taper connection structure
- Superior hydrophilic SA surface encapsulated in calcium solution
- Taper body design with superior initial stability
- Highest initial stability in soft bone by using upper-section thread and body design
- Powerful self-threading effect using corkscrew thread
- Indication of CA Ultra-Wide system
- In implant cases for posterior tooth extraction and immediate insertion and
replacing a failed implant
- With its optimized apex design, capable of extracting a tooth and obtaining initial
stability predictably even at the bottom 3mm
- Submerged type implant with an internal hex 11°taper connection structure
- Superior hydrophilic SA surface encapsulated in calcium solution
- Fixture for use only in maxillary sinus and soft bone
- Highest initial stability in soft bone by using more tapered body shape
and deeper thread pitch
- Powerful self-threading effect using corkscrew thread
- Indication of CA Ultra-Wide system
- In implant cases for posterior tooth extraction and immediate insertion and
replacing a failed implant
- With its optimized apex design, capable of extracting a tooth and obtaining initial
stability predictably even at the bottom 3mm
