Introduction

Materialise Magics is a software designed specifically for 3D printing preparation. It provides a series of functions to help users edit and prepare received 3D design files, making them suitable for printing.

The following is a detailed introduction to the functions of Materialise Magics:

1. Model repair and modification:

Magics can detect and repair geometric defects and errors in 3D models, such as disconnected surfaces, holes, wall thickness issues, etc. It also provides powerful repair tools for cutting, mirroring, splitting, and combining models.

2. Support structure generation:

Magics can automatically generate support structures based on user-defined parameters to support complex geometric shapes and suspended parts during the 3D printing process. This helps to improve the success rate and quality of printing.

3. Layout and optimization:

Magics has automatic layout and optimization tools that can maximize the construction space of 3D printers and improve production efficiency. Users can adjust the position, rotation angle, and scaling of the model to achieve the best printing results.

4. File preparation and conversion:

Magics can convert 3D models into specific file formats for compatibility with different 3D printers. It supports a wide range of file formats, such as STL, AMF, 3MF, etc., and provides customizable export options.

5. Model analysis and measurement:

Magics has powerful model analysis and measurement tools that can evaluate key parameters such as wall thickness, surface roughness, and dimensional accuracy of the model. This helps to verify the manufacturability of the design and optimize printing parameters.

Overall, Materialise Magics is a comprehensive, professional and reliable 3D printing software that can help users better process and optimize 3D models to achieve high-quality 3D printing results. It is widely used in various industries, including automobiles, healthcare, aerospace, industrial manufacturing, etc., to help users improve production efficiency and achieve innovative design.