Japan (日本語)
Japan (日本語)
Video

Advances and applications in biomedical and food research with 3D printing.

BpZxLHAJBHSYgfTQjj9rSx
Advances and applications in biomedical and food research with 3D printing.

Find out how the company PIA (Parts and Advanced Implants) uses 3D printing to develop a human digestive tract simulator for the food and pharmaceutical sectors. Allowing industries to evaluate the digestibility, functionality and bioavailability of nutrients in food, perform release tests of bioactive substances in the digestion process.

関連コンテンツ

utensils

Korean design guru changes the fashion game with 3D printing.

Immerse yourself in the world of design as the Innodesign team brings new products to life by 3D printing models in multi-materials and in as many colors as their designers can assign.

続けて見る
Impact of UV Exposure on FDM 3D Printing Materials

FDM Compression Methodology

Download the FDM compression testing methodology to learn how Stratasys improves ASTM D695 methods for more reliable yield strength and modulus data in 3D printed parts.

続けて見る
3D printed FDM part using T25 Head

スバル、F770とT25プリントヘッドで金型製作を加速しコスト削減を実現

Discover how Subaru’s Accessories Product Development team used the Stratasys F770™ with the new T25 print head to reduce tool iteration time by 50%, accelerate production, and minimize waste through just-in-time 3D printing

続けて見る
utensils

Immerse yourself in the world of design as the Innodesign team brings new products to life by 3D printing models in multi-materials and in as many colors as their designers can assign.

Impact of UV Exposure on FDM 3D Printing Materials

Download the FDM compression testing methodology to learn how Stratasys improves ASTM D695 methods for more reliable yield strength and modulus data in 3D printed parts.

3D printed FDM part using T25 Head

Discover how Subaru’s Accessories Product Development team used the Stratasys F770™ with the new T25 print head to reduce tool iteration time by 50%, accelerate production, and minimize waste through just-in-time 3D printing