According to your needs, additional modules will help you take your data preparation and printing process to the next level.

Sinter Module

To make your Laser Sintering business time-and cost-efficient, we developed the Materialise Magics Sinter Module.

The Magics Sinter Module is equipped with a powerful multi-core nesting algorithm that will automatically nest your parts in no time. With this algorithm, you can save approximately one hour for each build and thereby reduce your personnel costs by €5,000 (1h/build x 100 builds x €50/h) per year. To protect small and fragile parts, and easily retrieve them after building, you can build a crate around them with the Sinterbox function.

With Materialise Magics Sinter Module, you can:

  • Nest parts quickly and automatically on multiple platforms
  • Control the build time, height and density
  • Avoid interlocking and colliding parts
  • Create protective crates
  • Re-nest from an existing configuration

시뮬레이션 모듈

시뮤팩트 애디티브(Simufact Additive) 기술에 기반한 Materialise Magics 시뮬레이션 모듈은 AM 생산 현장에 고급 시뮬레이션 능력을 제공하기 위해 고안되었습니다. 모든 금속 AM 작업자는 사용하기 편리한 이 모듈을 통해 시뮬레이션에 대한 전문적인 지식 없이도 잠재적인 빌드 오류를 쉽게 찾아낼 수 있습니다. 시뮬레이션이 Materialise Magics 소프트웨어와 매끄럽게 통합되기 때문에 손쉽게 액세스할 수 있는 모든 도구를 이용하여 가상 빌드 플랫폼을 더 더욱 최적화할 수 있습니다. 단일 프로그램 내에 시뮬레이션과 AM 데이터 준비 도구박스가 통합되어 있어 빠르고 효율적이며 한 번에 제대로 된 파트를 프린트할 수 있습니다.

시뮬레이션 소프트웨어가 없다면 3D 모형을 제작하기 위한 올바른 오리엔테이션, 서포트 설계 및 장비 설정을 찾기 위해 큰 비용이 드는 테스트 프린트를 여러 번 거쳐야 할 수도 있습니다. 이 확장 소프트웨어를 활용하면 소프트웨어 상에서 금속 파트가 생산 단계 동안 어떻게 반응을 보이는지를 분석할 수 있게 됩니다. 이는 생산할 모든 금속 파트 뿐만 아니라 연속적인 생산이나 복잡한 형상을 지닌 고가의 맞춤 제작 부품에 특히 유용합니다.

시뮬레이션 모듈의 장점:

  • 변형, 과열, 잔류응력의 위험이 높은 부분의 예측
  • 빌드 실패의 위험 및 테스트 프린트의 필요성 감소
  • 부품 빌드에 있어서 최상의 파라미터 구성을 찾는 데 걸리는 시간 감축
  • 시뮬레이션 결과에 따른 서포트 및 오리엔테이션 변경
  • 프린팅 단계상의 변형을 피하기 위한 부품 변형 방지

Structures Module

The Materialise Magics Structures Module is designed to help you reduce the weight and material usage in your designs. Whether you wish to hollow a part and fill it with a lightweight structure; convert a part to a lattice structure or create functional surfaces, the easy-to-use wizard in our Structures Module will guide you through every step of the way.

With hollowed designs, the Materialise Magics Structures Module enables you to add holes so that excess powder can be removed. The module features a structures library and can be used to alter structures to meet a variety of objectives, including saving powder, controlling the temperature, reinforcing your design and much more.

With Materialise Magics Structures Module, you can:

  • Lower your powder consumption and production costs
  • Add strength to the parts
  • Reduce distortion (due to the heat generated during the build process)
  • Create porous designs
  • Design your own unit cell structures to create a lattice structure

Support Generation Module for Metal (SG+)

In Additive Manufacturing for metal applications, support structures fulfill a larger purpose than just supporting a part during the build process. An optimal support generation for metal also minimizes deformation, prevents build crashes and reduces post-processing work.

The Magics SG+ Module offers you all the tools needed to find the optimal orientation of your part, the right type of support, good anchoring, heat transfer and more. With the guidance of the Magics SG+ Module, printing metal parts is no longer a big challenge.

With Materialise Magics SG+ Module, you can:

  • Conduct heat and avoid deformation
  • Optimize part orientation
  • Recuperate powder
  • Reduce build failures with build validation tools

Support Generation (SG) Module

More than 25 years ago, Materialise started with just one Stereolithography machine. And from the very beginning, it was clear that intelligent software was needed that could deal with issues in the area of support. The Materialise Magics SG module was introduced as a solution, and today offers the most complete support generation toolbox for Stereolithography on the market.

With Materialise Magics SG Module, you can:

  • Easily identify critical support areas
  • Reduce data preparation time with semi-automatic support generation
  • Create and optimize adequate structures for different types of geometry
  • Efficiently remove support and limit finishing time
  • Save building time and material with non-solid, single-line, optionally perforated supports
  • Stay in control of all of your parameters
  • Choose from a complete gallery of support structures

Tree Support Module

You want to make sure that your small and delicate 3D-printed items come out just the way you designed. This is where the Materialise Magics Tree Support Module comes in. Not only does tree support hold your object tightly in place during printing, but the trunks and branches also connect to each other, with only minimal contact to your print. This provides easy break-off points and reduces the time needed for post-build processing.

With Materialise Magics Tree Support Module, you can:

  • Improve the surface quality of metal prints
  • Prevent part deformation with enhanced heat conduction systems
  • Save time on finishing
  • Use trees to create inlets in your lost-wax mold

Import Module

Materialise Magics bridges the gap between CAD files and 3D printers by importing nearly all standard CAD formats, and packages such as SketchUp, SolidWorks or Rhino as well as traditional ones. With the Magics Base License, you can import more than 15 CAD file formats. If you want to convert an even wider range of file formats to STL, the Materialise Magics Import Module is what you need.

Magics Base
Import Texture Support Color Support Export
3D PDF  
3DS, PRJ  
Optional Import
Import Color Support

With Materialise Import Module, you can:

  • Manage the resolution of your data while importing it (for better STL quality)
  • Import native color information
  • Receive a repaired file after the import

Tetrashell Module

Traditional metal investment casting is a long and risky process. Much time is lost during the tooling phase, a wrong assembly of the wax can cause an incorrect coating and the wax may sag during the investment phase. With Tetrashell by SOMOS®, all these risks fade away. Transform a solid CAD design into a robust, hollow STL model for any Stereolithography equipment worldwide.

On the one hand, the software facilitates and shortens the investment casting flow. On the other hand, it offers a cost-efficient and reliable way to produce strong lightweight parts. Tetrashell has a wide field of applications, ranging from aerospace, to electronics and orthopedics.

Why go for Tetrashell by SOMOS®?

  • Prevent assembly errors
  • Shorten the design evaluation from months to days by eliminating the tooling phase
  • No longer invest in casting tools
  • Achieve best-in-class quality
  • Experience impressive user control
  • And more

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