Implant

생체 적합성이 우수한 재료를 엄선하여 환자와 술자가 만족하는 임플란트를 제작합니다.

  • 뛰어난 골유착 표면기술

    • 우수한 생체재료

      생체 적합성이 우수한 재료를 엄선

  • 뛰어난 골유착 표면기술

    • 뛰어난 골유착 표면기술

      초정밀 기술 생산으로 실패율 0%에 도전

  • 뛰어난 골유착 표면기술

    • 수출하는 바이오템 제품

      세계 24개국에 수출하는 바이오템 제품

  • 뛰어난 골유착 표면기술

    • 깨끗한 임플란트

      신규 공장 매입과 최신식 시설 도입

  • AR SYSTEM

    AR SYSTEM

    INTERNAL HEX 구조를 가진 SUBMERGED 임플란트로 상단부 SMALL THREAD 적용으로 SOFT BONE 에서 초기 고정력을 향상 시킨 임플란트

  • IR SYSTEM

    IR SYSTEM

    INTERNAL OCTA 구조를 가진 1회 시술을 바탕으로 한 NON-SUBMERGED TYPE의 임플란트

  • BR SYSTEM

    BR SYSTEM

    EXTERNAL HEX의 구조를 가진 SUBMERGED TYPE 임플란트

Surface(RBM) – 1.89μm

RBM Treatment
(Resorbable Blasting Media)

Surface areas are increased through blasting by highly biocompatible Calcium-Phosphate Media.
Critical for the implant healing process is it’s surface roughness which has to be just in proportion to the size of osteoblasts. Indeed, making use of blasting with high-pressure air containing micro particles is the cornerstone of the RBM surface, the unquestionable edge of this being the fact that it excludes contact with aggressive chemicals and hence eliminates an ongoing contamination.

Surface(SLA) – 3.3μm

SLA Treatment
(Sandblasted, Large-grit, Acied-etched)

The SLA surface is produced by a large grit sand-blasting.
The surface is not microporous and therefore provides no enclosed volumes to reduce vulnerability to bacteria. This method analyses the first few atomic layers of the surface, and thus the chemical composition of the material which is in direct contact and interacts with tissue fluids and cells.