J850™ Digital Anatomy™
Proven anatomical realism.
Targeted
Pathology
Structural Heart
Experience the physiological response of native cardiac tissue.
• See the accurate biomechanical behavior associated with age, gender, ethnicity, and other pathological and physiological characteristics.
• Feel realistic feedback while suturing, cutting, inserting, and deploying devices in 3D-printed cardiac tissue.
Blood Vessels
Experience the arterial elasticity caused by changes in blood pressure and disease.
• See how the artery moves as internal and external forces are applied with blood vessel material that can mimic both healthy and diseased vessels.
• Feel realistic vessel responses while inserting and deploying devices.
Musculoskeletal
Experience the density properties and haptic response of human bone.
• See accurate bone articulation with variations in cancellous and cortical density.
• Feel realistic feedback while tapping, reaming, sawing, inserting screws and attaching plates.
General Anatomy
Experience the response of native organ tissue.
• See the accurate biomechanical behavior associated with organ structures and disease states.
• Feel realistic feedback in 3D-printed medical models of native organ tissue while suturing, cutting, inserting, and deploying devices.
Radiopaque
Radio realistic models with full contrast options.
- See radiopaque properties just like real tissue under CT and X-ray imaging.
- Control the radiopacity obtained from each print.
Materials
Agilus30
Agilus30 is an advanced PolyJet material designed for use in the creation of strong,
VeroClear Series
VeroClear is a transparent material that simulates PMMA (polymethyl methacrylate), commonly known as acrylic
Vero Series
Vero combines excellent detail visualization with strength, a key component in realistic prototypes.
Digital ABS Plus
Digital ABS Plus have improved impact strength coupled with high-temperature resistance, toughness, and superior finish.
Biocompatible
PolyJet’s biocompatible photopolymers are rigid photopolymers used for rapid prototyping in medical applications.
Tango
The Tango family of PolyJet photopolymers can simulate rubber with different levels of hardness, elongation, and tear resistance