India (English)
India (English)
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.

Related Content

supply chain graphic

What Every Procurement Officer Should Know

In this blog post, we’ll explore key innovations in manufacturing that every procurement officer should be aware of to keep their organization agile and competitive.

View more

FDM vs FFF: Which Is Best for Prototyping and Production?

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.

View more
The 3D printed scooter frame houses the batteries and electric motor.

3D printing gives students real-world experience creating self-balancing scooter.

3D printing gives students real-world experience creating self-balancing scooter with the help of Stratays technology.

View more
supply chain graphic

In this blog post, we’ll explore key innovations in manufacturing that every procurement officer should be aware of to keep their organization agile and competitive.

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.

The 3D printed scooter frame houses the batteries and electric motor.

3D printing gives students real-world experience creating self-balancing scooter with the help of Stratays technology.