Compact, multi-material PolyJet medical printing for vivid anatomical models and sterilizable surgical guides.
The Stratasys J5 MediJet® is a compact, powerful PolyJet 3D printer engineered to meet the diverse needs of modern medical environments - all from a single, certified system. With multi-material, multicolor and biocompatible printing capabilities, it enables hospitals, academic medical centers and device manufacturers to produce vivid anatomical models, sterilizable surgical guides and medical tooling with specified accuracy and efficiency.
MediJet® creates brilliantly detailed, patient-specific models that support clearer surgical planning, improved communication and more effective training. Full-color printing brings anatomy to life for informed consent, case review and education, helping clinicians reduce complications, operation time and hospital stays.
With biocompatible materials such as MED610, MED615RGD™ IV and Digital ABS Plus™, MediJet® supports the production of drilling and cutting guides that are sterilizable by steam, gamma or EtO. This makes it ideal for point-of-care labs developing accurate, clinically relevant guides and procedural tools.
A large tray accommodates multiple models in a single build, significantly reducing handling and increasing throughput. GrabCAD Print™ automates tray arrangement, detects biocompatible material cross-contamination, simplifies color assignment with 3MF support and enables full remote monitoring. MediJet® delivers up to30% faster print timesand30% lower cost per partcompared to outsourcing, helping institutions maximize output while minimizing resource demands.
MediJet® runs on a fully certified system supporting ISO 10993 biocompatibility, ISO 18562 respiratory pathway use, and multiple sterilization methods. Its office-friendly footprint and quiet operation make it suitable for point-of-care deployment, while its broad material portfolio support teams to create vivid anatomy, flexible components and defined guides on demand.
The J5 MediJet® is the ideal choice for medical teams seeking an economical, compact solution for accurate planning, training and device development.
