J850™ Digital Anatomy™ 3D Printer

The J850 Digital Anatomy™ is considered a leading healthcare 3D printer because it combines anatomical realism, biomechanical accuracy, and multi-material PolyJet technology in a single platform. Hospitals, medical device companies, and research institutions use it to create lifelike anatomical models for surgical planning, physician training, and benchtop testing.

The J850 Digital Anatomy delivers highly precise output with layer thicknesses down to 14 microns and dimensional accuracy of ±100 microns for smaller parts. Its advanced PolyJet technology produces detailed anatomical structures with realistic textures, transparency, and biomechanical behavior.

The J850 Digital Anatomy offers a large build volume of 490 x 390 x 200 mm (19.3 x 15.35 x 7.9 in.), allowing users to print large anatomical models or multiple medical parts in a single build.

The J850 Digital Anatomy includes exclusive materials such as TissueMatrix®,, BoneMatrix®,, GelMatrix®, and RadioMatrix™. These materials are designed to simulate soft tissue, porous bone, vascular structures, and radiopaque anatomy for realistic surgical simulation and medical device testing.

Yes. The J850 Digital Anatomy can produce radiopaque models using RadioMatrix™ materials, allowing printed anatomy to appear realistically under CT and X-ray imaging. Users can also control radiopacity levels to simulate different tissue characteristics and Hounsfield Unit (HU) values.

Yes. The J850 Digital Anatomy helps reduce dependence on cadaver and animal labs by providing repeatable, anatomically accurate training models that can be used for surgical rehearsal, education, and device validation. Organizations may also benefit from lower training costs and improved accessibility.

Yes. Medical device companies use the J850 Digital Anatomy for benchtop testing because it produces highly repeatable anatomical models with representative mechanical behavior. These models support device validation, procedural testing, and product development workflows.

Yes. The printer supports several biocompatible materials, including Biocompatible Clear (MED610), Biocompatible Opaque (MED615RGD™ IV), and Biocompatible Digital ABS Plus™ materials, supporting a wide range of medical and healthcare applications.

Yes. The J850 Digital Anatomy supports full-color printing with over 600,000 color combinations, enabling highly realistic anatomical models with detailed textures, transparency, and visual differentiation between structures.

The J850 Digital Anatomy can print up to seven materials simultaneously in High Quality and High Mix modes. This enables the creation of complex, multi-texture anatomical models with varying flexibility, softness, and color in a single print.

The J850 Digital Anatomy printer itself is not FDA cleared as a medical device. However, it is widely used in medical modeling workflows, surgical planning, education, and research applications. Regulatory status may vary depending on the software workflow and intended clinical use.

Yes. Surgeons can use patient-specific anatomical models created on the J850 Digital Anatomy to rehearse procedures, evaluate surgical approaches, and improve procedural confidence before entering the operating room. The realistic tactile feedback helps simulate real clinical conditions.

Yes. The J850 Digital Anatomy supports multiple sterilizable and biocompatible materials for healthcare applications. Approved materials support sterilization methods including steam, Gamma, VHP, and EtO, helping hospitals and medical device companies integrate 3D printed anatomical models and guides into clinical and training workflows with greater confidence.

Compared to traditional silicone or synthetic models, the J850 Digital Anatomy provides greater anatomical complexity, repeatability, and biomechanical realism. Its multi-material PolyJet technology can replicate gradients in softness, tissue response, transparency, and radiopacity that are difficult to achieve with conventional molded simulators.