Advance Patient-Specific Care with Precise, Repeatable 3D Printing

Complex anatomy is easier to understand when clinicians and patients can see it, hold it, and even cut into it before a procedure. Stratasys PolyJet anatomical modeling solutions help convert medical imaging data into highly realistic, patient-specific models that can support surgical planning, medical education, product testing, and patient communication.

Best Fit Technology:
PolyJet Digital Anatomy™ Series: create biomechanically accurate models that represent the appearance, behavior, and feel of human tissue.

Benefits:

• Support surgical simulation and training in a risk free environment.
• Enable research and device development with realistic, repeatable test models.
• Improve patient outcomes with better surgical preparation and patient-specific devices.

Medical innovation depends on speed, precision, and confidence. Stratasys 3D printers enable engineers, clinicians, and product teams to move from CAD to physical prototypes quickly, test form and function, gather feedback, and refine designs before committing to tooling or production.

Best Fit Techology:

• PolyJet Digital Anatomy™ Series or J5 MediJet: Create anatomical and highly realistic physician-facing models.
• P3™ DLP or SLA: Create accurate, smooth, high resolution prototypes and production-intent parts.

Benefits:

• Reduce iteration time by moving directly from digital design to physical prototype.
• Lower the cost and risk of early-stage development before investing in traditional tooling.
• Validate fit, form, ergonomics, assembly, and functional performance earlier in the process.

For procedures that demand accuracy, repeatability, and confidence, Stratasys medical 3D printing solutions support patient-specific models, drilling and cutting guides, and workflow-driven production using biocompatible and sterilizable material options where applicable.

Best Fit Technology:

PolyJet J5 MediJet: Create multi-material, full-color medical models, guides, and devices with biocompatible and sterilizable material options.
SLA: Produce surgical guides with high accuracy and repeatability.

Benefits:

• Support more consistent guide production using controlled digital workflows.
• Reduce dependence on traditional tooling for custom or low-volume surgical aids.
• Translate preoperative planning into patient specific physical tools.

Patient-specific care often requires parts that traditional manufacturing was not designed to produce efficiently. Additive manufacturing helps medical device teams produce customized, low-volume, and high-mix parts with greater flexibility while maintaining a focus on repeatability, precision, and quality.

Best Fit Technology:

• SAF: Produce cost-effective patient-specific orthotics and devices consistently across medium-to-large production runs.
• P3 DLP: Produce accurate, repeatable, tight tolerance parts on short production runs.

Benefits

• Produce patient-specific parts without the cost and delay of dedicated molds or tooling.
• Support low-volume and high-mix production with digital manufacturing flexibility.
• Improve consistency through controlled, repeatable additive workflows.

Medical device manufacturers need the same efficiency, flexibility, and reliability as any high performance production environment. Stratasys additive manufacturing supports industrial applications such as jigs, fixtures, mold tooling, connectors, and low volume production parts—helping teams reduce tooling delays, improve ergonomics, streamline assembly, and respond faster to design or supply chain changes.