Austrian printing company Schiner 3D Repro has started providing medical technology companies with hyper-realistic printed digital anatomy models, made via their Stratasys J750 Digital Anatomy. It’s one of the latest use-cases for the popular biomedical printer.
Traditionally, medtech companies looking to test new products face a big barrier: the wait for new testing cadavers. This wait gets even longer when they need bodies with specific illnesses or problems to test how an assistive device might work with them. The big advantage of 3D printing is that you can print multiple body parts at once, and you can print them with the pathologies your device is meant to solve. But to test your devices on printed body parts, the parts need to be detailed, accurate, and extremely replicable.
Schiner’s medical department is one of the first in the region to solve that problem with Stratasys’s J750 Digital Anatomy 3D. Developed in 2019, the printer works with software that allows it to print directly from DICOM data (medical files like MRI and CT scans).
Schiner is also using Stratasys’s trio of printing materials that mimic human body parts: TissueMatrix for organs, BoneMatrix for bone structures, and GelMatrix for circulatory structures. BoneMatrix underwent a set of improvements in 2020, and a team at Israel’s Technion Institute of Technology’s Materials Science and Engineering Laboratory found that spines printed with the material performed accurately to real human spines. The same year, researchers looked at breast phantoms printed in TissueMatrix to see if they could be used as biopsy training for radiologists.
“With the Tissue Matrix material, we have the softest material on the market with A Shore hardness,” said Scott Drikakis, Stratasys Medical Segment Leader, when the materials were released. “With Bone Matrix, we can make a rib that I can snap. We can replicate the external features of bone as well as the internal features across different types of bone.”
Since their acquisition of the J750, Schiner has been getting a significant volume of orders for biomechanical models, from catheter models to complex brain models for microscope training. In one recent project, they printed a vascular model for a customer who wanted to test out a product related to blood flow.
“The vascular structures were only 1.5mm in diameter, which would literally be impossible to produce using other technologies,” said Oliver Simon, Project Manager of Schiner’s Medical Branch. “Thankfully we were able to 3D print the model for the customer, which opens up additional opportunities in design validation and optimization of the medical device for them.”
Because of this increased demand from medical technology companies, and ongoing contracts with Austrian and German universities, Schiner 3D Repro expects its medical branch of its business to grow up to 30% this year.
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