It has a platform switching structure, so stable prosthesis attachment is possible.
Excellent tightness and load distribution between fixture and abutment.
The sharp edge part can increase the efficiency of self-tapping.
The gentle round shape can reduce tissue damage caused by implants when used in the maxillary sinus.
Fixture implantation resistance is reduced, allowing implantation depth control.
Tapered threads are applied to the straight body to effectively distribute the stress applied to the upper part of the fixture. The depth of the threads is made smaller as it goes upward to reduce friction in the cortical bone.
The length of the fixture changes as the length of the body changes, and stable implantation is possible with a long fixture, like the Straight type.
Even when drilling is small in weak bone, taper application makes initial entry easy.
Exellent intial Fixation
Improve affinity with surrounding soft tissue
Excellent inMinimize bone absorption around the implantitial fixation
Minimal inflammatory response to surrounding bone
Three weeks after implantation, DIO’s surface treatment (HSA) shows that bone formation rate is 49% activated compared to DIO’s surface treatment(RBM).
UFII Internal
Perfect connection of abutment and fixture is guaranteed, Impact on the fixture is reduced and bone loss is minimized.
A 12′ taper is applied for easy initial insertion when
undersized implant site is prepared in poor done density.
A taper thread is applied to straight body, effectvely dispersing stress at the top of implant. Threads have higher depth in the apical portion and then decreases gradually into the platform.
This design improves blood supply in cortical bone and reduce time of bone formation due to less empty space.
Self-tapping is maximized by sharp edge.
The longer the implant length, the longer the straight body. Therefore, long implant can be placed stably without arousing sudden changes during surgery as in straight type implant.
Powerful Design for Soft Bone
Enhanced stability and self-tapping function through overall tapered shape and larger cutting edge design.
Solving Various Indications
Maxillary sinus, immediate extraction/placement, edentulism, and more.
Shortened Drill Protocol
Reduced drilling steps up to 4 stages based on diameter in soft bone, easy self-tapping even during under drilling.
The upper part features a fine roughness to prevent peri-implantitis, while the body and apex areas employ the most suitable surface roughness for osseointegration.
With an overall tapered design, it provides excellent stability, and its long and sharp edge shape enables easy self-tapping
Designed with thread pitch and depth to maximize the BIC(Bone-to-Implant Contact) effect.
Ensures stable fixation even in cases of soft bone and maxillary sinus involvement.
Reduces resistance during implant placement, allowing for easy adjustment of implant depth.
With an overall tapered design, it provides excellent stability, and its long and sharp edge shape enables easy self-tapping
Designed with thread pitch and depth to maximize the BIC(Bone-to-Implant Contact) effect.
Ensures stable fixation even in cases of soft bone and maxillary sinus involvement.
Reduces resistance during implant placement, allowing for easy adjustment of implant depth.
