INVERTA® Implants
An innovative Body-Shift™ design
for maxillary anterior extraction socket sites
INVERTA® Implants
An innovative Body-Shift™ design
for maxillary anterior extraction socket sites
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Square Coronal Threads
Designed for
blood clot and
graft stability
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Body-Shift™ Design
Providing the benefits
of body shape where it is needed the most
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V-Shaped Apical Threads
For maximum
primary stability
in trabecular bone
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2 Connection Variations
Available in Deep Conical
and External Hex
configurations
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Co-Axis® Enabled
12° Platform corrections
allow optimal use of
available bone
Co-Axis® Enabled
12° Platform corrections
allow optimal use
of available bone
Body-Shift™ Design
Providing the benefits
of body shape where
it is needed the most
2 Connection Variations
Available in Deep Conical
and External Hex
configurations
High Strength Titanium
Enables exceptional
fatigue strength
functionality
Square Coronal Threads
Designed for blood
clot and graft stability
V-Shaped Apical Threads
For maximum primary
stability in trabecular
bone
Catalogues and Brochures
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Instructions For Use (IFU)
Documents
Videos and Animations
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| The new INVERTA® Implant with its innovative Body-Shift™ Design | INVERTA® Implant Product Features | INVERTA® Drill |
References
Chu, S.J., Tan-Chu, J.H., Levin, B.P., Sarnachiaro, G.O., Lyssova, V. and Tarnow, D.P., 2019. A paradigm change in macro implant concept: Inverted body-shift design for extraction sockets in the esthetic zone. Compendium, 40(7).
Chu, S.J., Tan-Chu, J.H., Saito, H., Östman, P.O., Levin, B.P. and Tarnow, D.P., 2020. Tapered versus inverted body-shift implants placed into anterior post-extraction sockets: a retrospective comparative study. Compendium, 41(5).
Levin, B.P., Chu, S.J., Saito, H., Nevins, M. and Levin, J.P., 2021. A novel implant Design for Immediate Extraction Sites: determining primary stability. Int J Periodontics Restorative Dent, 41, pp.357-364.