BIOHORIZONS / BRAND TECHNOLOGY

專為
「即拔即種」而生

精準設計,成就穩定植入

DESIGNED FOR PRIMARY STABILITY

精準設計,成就穩定植入

BioHorizons 以精密的植體設計,協助醫師建立可預測的植牙初期穩定度,並為後續治療奠定穩固基礎。每一處設計,皆著眼於與植體的交互。

BioHorizons 錐形植體設計

01 / Progressive Taper

Tapered Body

錐形植體本體搭配漸進式錐度設計,使植體於植入過程中逐步與骨頭形成機械接觸,提升植體與周圍組織的貼合度,形成穩固的立即受力。

02 / Designed for Primary Stability

Deep Buttress Thread

深度外展螺紋設計,增加植體與骨頭的機械咬合,透過適當的骨壓縮協助提升植體植入後的初期穩定性。

03 / Controlled Placement

Self-Tapping / End-Cutting

自攻式螺紋結合末端切削結構與螺旋切削槽設計,協助植體逐步進入,有效控制植入過程中的切削與前進,提升操作順暢性與可控性。

04 / Mechanical Engagement

Progressive Insertion Torque

錐形植體與螺紋幾何設計相互作用,使植體於植入過程逐步增加與骨頭接觸,並使植入扭力隨著深度逐步建立,達到理想的機械性咬合。

05 / Built for Immediate Treatment

Primary Stability

採用 7.5° 深圓錐接合(Conical Connection),此設計優異的接合穩定性,有助於降低植體與支台齒間的微震動(Micromovements),建立穩定連接。

即拔即種植體與牙齒結構示意 植體螺紋精密特寫

RESEARCH & REFERENCES

設計背後的研究

01

Comparison of insertion torque, implant stability quotient and removal torque, in two different implant designs with and without osseodensification. - An ex vivo bench top study

Yazad Gandhi, Ninad Padhye

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02

Impact of three-dimensional stabilization thread design on biomechanical fixation and osseointegration of endosteal implants

Blaire V Slavin, Vasudev Vivekanand Nayak, Edmara TP Bergamo, Joseph P Costello II, Quinn T Ehlen, Zachary M Stauber, Natalia Fullerton, Lukasz Witek, Paulo G Coelho

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03

Stress Assessment of Abutment-Free and Three Implant–Abutment Connections Utilizing Various Abutment Materials: A 3D Finite Element Study of Static and Cyclic Static Loading Conditions

Maryam H Mugri, Nandalur Kulashekar Reddy, Mohammed E Sayed, Khurshid Mattoo, Osama Mohammed Qomari, Mousa Mahmoud Alnaji, Waleed Abdu Mshari, Firas K Alqarawi, Saad Saleh AlResayes, Raghdah M Alshaibani

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從設計開始,到值得選擇

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