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

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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.

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Engineers using a Stratasys F370 FDM 3D Printer

オフィスにやさしい3Dプリント：ワークスペースに産業品質のプロトタイピングを導入する方法

Learn how office friendly 3D printing enables safe, quiet, industrial quality prototyping using FDM and PolyJet technologies in professional workspaces.

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Automotive

自動車製造における積層造形

How 3D-printed jigs, fixtures, molds, and EOAT improve speed, cost, and flexibility in automotive production. Compare processes, materials, and ROI.

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FDMとFFF：プロトタイピングと生産に最適なのは？

What’s the difference between FDM® and FFF 3D printing? Learn how production-grade Stratasys FDM delivers repeatability, traceability, and reliability beyond generic FFF systems.

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Engineers using a Stratasys F370 FDM 3D Printer

Learn how office friendly 3D printing enables safe, quiet, industrial quality prototyping using FDM and PolyJet technologies in professional workspaces.

続けて見る
Automotive

How 3D-printed jigs, fixtures, molds, and EOAT improve speed, cost, and flexibility in automotive production. Compare processes, materials, and ROI.

続けて見る

What’s the difference between FDM® and FFF 3D printing? Learn how production-grade Stratasys FDM delivers repeatability, traceability, and reliability beyond generic FFF systems.

続けて見る