Research and development 3D printer J5 Digital Anatomy™

medicallaboratorymaterial jetting

Overview
The J5 Digital Anatomy™ 3D Printer produces biomechanically accurate, patient‑specific anatomical models on demand. It combines full‑color and multi‑material printing to create visual and functional models for surgical planning, training, education and device development.

Benefits

• Point‑of‑Care: Practice complex procedures on realistic models to reduce intra‑operative risk.
• Patient‑Specific: Create anatomy‑matched models to reduce complications, OR time and hospital stay.
• Lab Resource Optimization: Reduce reliance on cadavers and animal testing for training and validation.
• Improved Communication: Use tangible models to support informed consent and multidisciplinary planning.
• Full‑Color & Texture Control: Combine colors, transparencies and textures for clinically relevant visualization.

Features

• Biomechanically accurate: Reproduces look, feel and mechanical response of tissues and bone.
• Intuitive workflow: Remote management software (GrabCAD™ Digital Anatomy) streamlines case preparation and pathology presets.
• Compact footprint: Facility‑friendly design that fits clinical and lab environments.
• Reliable production: Economical, repeatable output for on‑demand model fabrication.

Materials (Digital Anatomy advanced materials)

• BoneMatrix™ — Patterns that mimic porous bone, fibrotic tissues and ligaments for realistic feedback during cutting and drilling.
• GelMatrix™ — Enables printing of extremely complex vascular geometries; GelSupport™ facilitates removal of internal supports.
• TissueMatrix™ — One of the softest commercial 3D materials to simulate native organ tissue response.
• RadioMatrix™ — Radiopaque materials for X‑ray and CT realism; HU control to mimic different anatomies.

Typical Applications

• Point of Care: Surgical planning and rehearsal with patient‑specific models to reduce OR time, costs and risk.
• Medical Device Manufacturing: Accelerate product development with repeatable test conditions and reliable prototype availability.
• Medical Education & Research: Teaching models and biomechanical specimens for skills training and investigation, including rare pathologies.

Printer Comparison (key items)
Description: Compact platform enabling both visual and functional anatomical models with high biomechanical precision and realism.
Tray area: Up to 1,174 cm²
Max materials (printed simultaneously): 5

Software

• GrabCAD™ Digital Anatomy Software: Over 300 validated anatomy presets and options to combine materials, colors and textures for clinical scenarios.

Characteristics / technical specifications

• Brand: Stratasys
• Model: J5 Digital Anatomy™
• Tray area (max): Up to 1,174 cm²
• Maximum materials (simultaneous): 5
• Primary use cases: Point‑of‑care models, medical device development, medical education and research
• Key materials supported: BoneMatrix™, GelMatrix™, TissueMatrix™, RadioMatrix™
• Color capability: Full‑color, translucency and texture control for realistic anatomical appearance
• Target output: Biomechanically accurate, patient‑specific anatomical models