From drillable bone to suturable vessels, Stratasys Direct delivers lifelike 3D anatomy models that replicate real tissue behavior for consistent training and testing.
Meeting strict safety and traceability standards for medical devices.
BoneMatrix®, TissueMatrix®, GelMatrix®, RadioMatrix®, and more medical-grade choices
6+ Million medical 3D printed parts produced
25+ post process production finishing and inspection services​
Cadaver specimens are costly and inconsistent, and biological tissue degrades over time — limiting accurate experimentation and training. Stratasys Direct delivers 3D printed anatomy you can image, cut, and drill, providing a stable platform for repeatable testing and validation.
Stratasys Direct’s 3D printed anatomical models deliver consistent, high-fidelity simulation across surgical, educational, and development settings. They can also replicate diseased anatomy or complex pathologies, giving teams access to rare cases for realistic rehearsal and evaluation.
Stratasys Direct achieves lifelike anatomical fidelity through advanced multi-material 3D printing. By combining rigid, flexible, and gel-like polymers, each model reproduces the visual and mechanical characteristics of bone, tissue, and vasculature. The result is realistic handling and feedback during surgical practice, device evaluation, and research use.
These materials have undergone independent biomechanical testing, confirming representative mechanical response across bone, organ, and vascular applications. Each model can also be customized to reflect specific patient anatomy or replicate disease states, extending realism beyond generic training models.
Each anatomical model is produced under tightly controlled conditions to ensure accuracy and reliable performance. Every build is managed in-house by experienced additive specialists, so you can expect the same attention to detail in every order — without the variability of outsourced manufacturing.
Highlights:
They support surgical training, medical education, pre-surgical planning, device testing, and cadaver replacement. Medical teams can 3D print anatomy models to replicate organs, bone structures, or vascular systems for more accurate training and rehearsal.
Eye, skull, heart, spine, bone, lung, vascular, and more. These lifelike replicas are intended for training, planning, and research — not transplantation.
Yes — they are safer, customizable, repeatable, and available on demand without biohazards.
Yes. Using DICOM imaging files or other approved medical imaging data, Stratasys Direct can create highly accurate patient-specific anatomical models for surgical planning, training, and device validation.
Multi-material 3D printing allows models to mimic bone density, soft-tissue feel, and vascular elasticity with lifelike realism verified through biomechanical testing.
Often within days, depending on anatomy and material requirements.
Some PolyJet materials meet limited sterilization and biocompatibility standards, but most models are intended for external use in training, planning, or validation.
Costs vary by anatomy, size, and material combinations. Most models require custom review — Stratasys Direct provides expert consultation rather than instant pricing.
Yes. Radiopaque and translucent material options allow models to appear realistically under X-ray, CT, and other imaging systems.
Simply upload your design or imaging data and connect with our engineering team. Every medical project is reviewed by an expert to ensure accuracy and feasibility before production begins.
