J5 Digital Anatomy™ 3D Printer

Anatomical Realism Within Your Reach

Optimize Your Medical Product Development

Create life-like anatomical models that mimic human tissue, ensuring predictable, repeatable test conditions. Use these models to refine surgical techniques, educate users, and present new products.

Improve efficiency, reduce costs, and accelerate your product’s journey to the market. 

Key Benefits

  • Boost Efficiency: Achieve 30% faster print times and reduce development costs.

  • Seamless Integration: Compact design fits easily into your existing workflow.

  • Safe and User-Friendly: Enjoy quiet, odor-free operation with no chemical contact.

  • Reliable Printing: Receive the parts you need, exactly when you need them.

  • Advanced Materials: Five unique base materials offer 300+ preset anatomies with validated biomechanical properties.

  • Enhanced Sales Tools: Develop effective, non-sterile demonstration aids.

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Test Like Never Before: Validated 3D-Printed Models Mimicking Human Anatomy

Studies Confirm the Biomechanical Accuracy of Stratasys 3D Models to Real Human Anatomy.
Download to Discover the Remarkable Findings.

heart

Biomechanical Evaluation of Printed Liver and Myocardium Samples

Research validates the anatomical models' ability to mimic essential tissue properties, aiding medical device testing and development.

Dive Deeper
Achieving Realistic Blood Vessel Distensibility Aligned with Literature Values

Achieving Realistic Blood Vessel Distensibility Aligned with Literature Values

Jacob Institute’s study validates vascular models’ distensibility, aligning with literature values, essential for cardiovascular device development.

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Spine

Validating Replicas: Mimicking Bone Density and Mechanical Behavior

Studies confirm the ability to create realistic replicas that accurately mimic human bone density and mechanical behavior. Crucial for medical device development.

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Vascular

Biomechanical Validation of Printed Suturable Vascular Models

Biomechanical tests confirm a new printing preset for suturable vascular models that mimic vessels' mechanical response during suturing.

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heart

Research validates the anatomical models' ability to mimic essential tissue properties, aiding medical device testing and development.

Dive Deeper
Achieving Realistic Blood Vessel Distensibility Aligned with Literature Values

Jacob Institute’s study validates vascular models’ distensibility, aligning with literature values, essential for cardiovascular device development.

Dive Deeper
Spine

Studies confirm the ability to create realistic replicas that accurately mimic human bone density and mechanical behavior. Crucial for medical device development.

Dive Deeper
Vascular

Biomechanical tests confirm a new printing preset for suturable vascular models that mimic vessels' mechanical response during suturing.

Dive Deeper
vessels

We use 3D printing technology and materials to create a life-like vascular environment that isn’t achievable any other way

Mike Springer / Jacobs Institute

Customer successes story

*Compared to similar 3D solutions for anatomical modeling, 2021.