인간을 위한 향상된 임플란트 구현

환자의 해부학적 구조에 완벽히 부합해야 하는 임플란트의 경우 해부학적 형상을 시작점으로 사용하는 것보다 더 논리적인 것은 없을 것입니다.

I want to know more!

Materialise 3-matic을 사용하면 철저한 3D 분석을 수행하거나 임플란트 또는 수술 가이드를 설계하거나 벤치탑 모델을 제작하거나 유한 요소 모델링에 적합하게 메쉬를 준비하면서 최대한 Detail을 그대로 유지할 수 있습니다.

기존 CAD 패키지와 달리 삼각 측량 표면(triangulated surface)에서 직접 작업하므로 모든 중요한 Detail과 Complexity를 처음부터 끝까지 그대로 유지합니다.

가능한 최상의 임플란트를 보장하기 위해 Materialise 3-matic은 다음과 같은 이점을 제공합니다.

To ensure you get the best possible finished implant,
Materialise 3-matic lets you:

Anatomical Analysis

STL 파일을 사용한 Direct 3D 모델 프린팅(CAD에서 변환할 필요 없음).

Anatomical Analysis

역설계 및 CAD 패키지 상에서 작업 수행 가능

Anatomical Analysis

널리 사용되는 주요 FEA 소프트웨어로 원활한 내보내기

Materialise 3-matic으로 다음 작업을 수행할 수 있습니다.

3D 해부학 측정 및 가상 수술 수행

모든 CAD 파일 불러오기

환자 개인 맞춤형 임플란트, 수술 가이드 또는 benchtop 모델 설계

유한 요소 시뮬레이션에 적합하게 해부학적 메쉬 준비

적합한 형식의 모든 주요 FEA/CFD 패키지로 내보내기

STL에서 IGES로 역설계

Download Materialise 3-matic 13.0

Discover the fastest way to activate your Materialise 3-matic 13.0 license!

Would you simply like to try the latest software version? Sign up for a free trial.

Download the latest version Learn more

Watch these video tutorials to learn how you can easily optimize your FEA mesh or design a patient-specific cranial plate or benchtop model in Materialise 3-matic design software:

How to mesh a 3D model

How to make non-manifold assemblies

How to generate a complex, non-manifold assembly

How to design a patient-specific cranial plate

How to create a customized cardiovascular benchtop model

Applications of the Mimics Innovation Suite

Post-Operative Analysis

Post-operative device analysis using CT scans can be expensive and sometimes simply impossible, as patients do not necessarily want to undergo the CT radiation of an extra scan. Similarly, cadaver tests can be both time-consuming and expensive.

Anatomical Measurements

Complex anatomical measurements, cardiac anatomy and movement characteristics, analyses of pathologies or bone thickness, comparisons with statistical models; when you are dealing with complex operations, you want to concentrate on the results, not the tool.

Benchtop Model Design

As a researcher, you are always mindful of the fact that anatomical devices will be placed in bodies. So ideally, you should be able to design with that in mind. Our Mimics Innovation Suite enables you to carry out 3D anatomical model generation for bench testing, education, hands-on procedure training and marketing.

Virtual Surgery

Whether planning for patient treatment or designing a new implant, you want to make the right decision. Move forward confidently by simulating the procedure and analyzing the device fit on a patient’s actual anatomy. The Materialise Mimics Innovation Suite takes you seamlessly from scan to virtual surgery, taking away the guesswork.

Patient-Specific Device Design

As device designers, the clock is always running. At the same time, designing patient-specific devices requires a total focus on quality. Materialise provides high-quality tools that are developed to ensure that you streamline the design process while meeting the quality requirements of patient-specific devices. In addition, our services mean that you can tap into the flexibility of high-level automation if needed.

Other Applications

The expertise and experience that lies behind the development of the Mimics Innovation Suite is put to use in several other fields. Often, this is related to the power of specialized patient-specific tools. In archeology, for example, bone fragments and skeletons have been analyzed for historical research. Looking further back, some applications are used in the study of fossils.

Interested in 3-matic?      Request a free trial