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J850™
DigitalAnatomyPrinter
Solutions

Brochure

Better preparation.
Better outcomes.

J850 Digital Anatomy printerProven anatomical realism.
J850 Digital Anatomy™ printertechnology creates models that
replicate the same biomechanicalproperties as human tissue toprovide the most realistic testing
and training.
With highly repeatable medical
device testing and surgicalpreparation, you can create
consistency across thecontinuum of care — all at a
cost reduction of up to 70%
compared with fabricatedsimulators, animals
and cadavers.

Medical Device
Companies

Academic Medical Centersand Hospitals

Drive innovation forward.

Make training more efficientand cost-effective.

Create consistency in testing toenhance product quality, reduce costs
and accelerate time to market. DigitalAnatomy 3D printed models provide highrepeatability between samples, minimizing
confounding variables and allowing forclinically relevant benchtop testing.

Minimize variation in a clinical setting with highlyrealistic, low-risk training. Digital Anatomy 3D
printed models give physicians the opportunity
to standardize surgical skills and deliveryof care by practicing on the most accurate
representation of the targeted pathology.

Anatomical realism
you can see and feel.
Experience the most consistent,accurate representation of yourtargeted pathology.
The Digital Anatomy printer software gives you the power
to create the most lifelike anatomical models available.
Clinically validated preset anatomy options deposit 3D
printing materials to behave with biomechanical accuracy
that mimics human tissue and bone like never before.
Structural Heart

Blood Vessels

Experience the physiological response of native
cardiac tissue.

Experience the arterial elasticity caused by changes
in blood pressure and disease.

• See the accurate biomechanical behavior
associated with gender, age, ethnicity and otherphysiological and pathological characteristics.

• See how the artery will move as internal and external
forces are applied with blood vessel material thatmimics vessel degeneration.

• Feel realistic feedback while suturing, cutting,inserting and deploying devices.

• Feel realistic vessel responses while inserting anddeploying devices.

A study comparing the biomechanical properties of
porcine tissue to 3D printed myocardium found that
Digital Anatomy printed models mimic real tissue better
than any other material.1

A study comparing 3D printed aortic, carotid andcoronary artery models to native vessel behavior foundthat the Digital Anatomy printer creates the mostaccurate arterial models available.2

Anatomical realism
you can see and feel.
Musculoskeletal
Experience the density properties of human bone.
• See accurate bone articulation with variations incancellous and cortical density.
• Feel realistic feedback while tapping, reaming, sawing,
inserting screws and attaching plates.
Biomechanical testing confirmed the driving torque andpullout force of screw fixation in 3D printed bone models have
similar haptic responses to human bone.3 Mechanical tests
confirm spine models accurately simulate the natural axesof movement of the human spine as the following forces areapplied: disc compression, extension, flexion, lateral bending
and axial tension.4
General Anatomy
Experience the response of native organ tissue.
• See the accurate biomechanical behavior associated withorgan structures and disease states.
• Feel realistic feedback while suturing, cutting, insertingand deploying devices.
Radio realistic models with full contrast options.
• See adiopaque properties just like real tissue under CTand X-ray imaging.
• Control the radiopacity properties of each printed model.
Innovative materials make it possible.
Unlock unique material combinations that create realistic
models that vary in softness, flexibility and density, mimicking
native tissue behavior.
• GelMatrix® — Unique GelMatrix material andGelSupport™ depositing patterns allow you to print small,complex vascular structures and easily remove internal
support material.
• TissueMatrix® — Sophisticated material configurations
allow for models that feel and behave like native organtissue when force is applied.
• BoneMatrix® — Complex material depositing patterns
mimic porous bone structures, fibrotic tissues andligaments.
• R adioMatrixTM — Radiopaque 3D print material gives
you the power to create medical models that exhibit
realistic features under X-Ray and CT

Digital Anatomy software
The power to create.
Digital Anatomy printer software gives you thepower to create the most lifelike anatomical
models available.
Clinically validated preset anatomy options deposit
3D printing materials to behave with biomechanicalaccuracy, mimicking human tissue andbone like never before.
The power to produce accuratebiomechanical behavior.

The power to print with physician-tested,validated presets.

Anatomies are configured using unique material
combinations that vary in softness, flexibility anddensity to mimic native tissue behavior.

Digital Anatomy printer software was developed andrefined over years of expert testing in partnership with top
academic medical centers and hospitals across the globe.

The power to create models in a few simple clicks.

The power to control Radiopacity values

The preset anatomy menu offers more than 100 options
that allow you to print accurate, lifelike models by simply
choosing the desired anatomy.

The Digital Anatomy printer software enables easy control
over the desired values to mimic different tissues under
CT/X-ray.

The power to mimic native tissue andbone structures.
• Complex Blood Vessel Capabilities — Create andremove support structures from internal cavities suchas small, complex blood vessels.
• Slice Preview — Visualize individual slices of internal
anatomy structures and confirm pathology, materialand orientation choices.
• Screw Insertion Strain Relief — In orthopedic models,create regions for screw entry so you can placescrews without cracking the model.
• Long Bone Manipulation — Autogenerate the intricate,unique structures of bone in each region: proximal,distal, cortical, cancellous and the medullary canal.
• Myocardium Consistency — Experience the samenon-directional behavior as human tissue when force
is applied in any direction.

Digital Anatomy
Creator
The freedom to create!
Push the boundaries offunctional medical models
with the new Digital Anatomy
Creator software add-on
package for the Stratasys
Digital Anatomy 3D printer.
The Creator software is anextension to the GrabCAD®
Digital Anatnomy 3D printing
software intended for advanced
users seeking to expand theirpersonalized medicine arsenal.

Visual modelfor demonstration
This heart model printed withrigid Vero™ materials highlights
the J850 Digital Anatomy
printer’s ability to produce
anatomical models with finedetails ,multiple colors, texture
gradients, transparencies,durometers and radiopacity.

Functional model
for surgeon training
and device testingThis heart model features
functioning cords, annulus andvalves with leaflets, created with
the J850 Digital Anatomy printer’s
cardiac application. It combines
the ultra-soft TissueMatrix material
with Agilus30™ to mimic the feel andresponse of myocardium, giving
realistic haptic feedback during
device insertion and deployment.

J850
Digital Anatomy printerCreate in a few simple clicks.
The preset anatomy menu offers more than 100 options
that allow you to print accurate, lifelike models by simply
choosing the desired anatomy.
• Adjust attributes to mimic healthy or diseased tissue.
• Make post-processing quick and easy.
• Remove gel support material from complex vessels
with little to no effort.
Access advanced design tools when you need them.
Advanced design tools allow you to choose from morethan 500,000 colors when full-color capabilities areneeded, define transparencies, and determine texturesand finishes.
Save valuable resources.
Minimize the need for animal and cadaver labs so you
can test and train anywhere, cut procurement costs andimprove ethical practices.

—Achieve up to70% cost reduction**Compared to fabricated simulators, animal studies
and cadaver usage.

—
3 unique base materials provide
1,000+ anatomical presets

Product Specifications
Vero family of opaque materials including neutral shades and vibrant VeroVivid™ colors
Agilus30, TangoPlus™ and TangoBlackPlus™ flexible materials
Model Materials

VeroClear, VeroUltra™ Clear transparent materials
TissueMatrix, BoneMatrix, GelMatrix
Biocompatible Clear
Unlimited number of composite materials, including:Over 500,000 colors
Digital ABS Plus and Digital ABS2 Plus in ivory and green

Digital Materials

Rubber-like materials in a variety of Shore A values
Ultra-soft rubber-like material with a Shore 00 value
Translucent color tints
User-developed digital materials with GrabCAD Voxel Print™
SUP705 (waterjet removable)

Support Materials

SUP706B (soluble)
GelMatrix (waterjet removable)

Build size

490 x 390 x 200 mm (19.3 x 15.35 x 7.9 in.)

Layer Thickness

Horizontal build layers down to 14 microns (0.00055 in.)Workstation Compatibility

Windows 7 and 8.1

Network Connectivity

LAN – TCP/IP

System Size and Weight

1400 x 1260 x 1100 mm (55.1 x 49.6 x 43.4 in.); 430 kg (948 lbs.)

Material Cabinet

670 x 1170 x 640 mm (26.4 x 46.1 x 25.2 in.); 152 kg (335 lbs.)

Operating Conditions

Temperature 18 – 25 °C (64 – 77 °F); relative humidity 30 – 70% (non-condensing)Power Requirements

100 – 120 VAC, 50 – 60 Hz, 13.5 A, 1 phase
220 – 240 VAC, 50 – 60 Hz, 7 A, 1 phase

Regulatory Compliance

CE, FCC, EAC

Software

GrabCAD Print Digital Anatomy software.
Optional add-on GrabCAD Voxel Print and/or Digital Anatomy Creator softwareHigh Quality (HQ) – 7 different materials / 14μm layers

Build Modes

High Mix (HM) – 7 materials / 27μm
High Speed (HS) – 3 materials / 27μm, x2 speed
Super High Speed(SHS)- 1 material / 54 μm, x4 speed

Accuracy

Typical deviation from STL dimensions, for models printed with rigid materials, based on size:
under 100 mm: ±100μ; above100 mm: ±200μ or ± 0.06% of part length, whichever is greater.
Please refer to material-specific spec sheets for accuracy estimates.

1 Severseike, Leah et al., “Polyjet 3D Printing of Tissue-Mimicking Materials: How Well Can 3D Printed Synthetic Myocardium Replicate Mechanical Properties of Organic Myocardium?,” bioRxiv, 2019,
doi.org/10.1101/825794.
2 Sparks, Adam et al., “Digital Anatomy Printing (DAP): A Direct Characterization of DAP Materials for Use as Compliant 3D-Printer Arteries Using Intravascular Ultrasound (IVUS),” The Jacobs Institute,
Submitted for publication, 2020.
3 Dahan, Gal, “Synthetic Bones vs. Human Bones for Screws Testing: A Literature Survey,” In progress, 2020.
4B
 arak, Yaron, “Biomechanical Evaluation of a Printed Digital Anatomy Lumbar (L3-S1 Spine Model), Technion Institute of Technology Materials Science and Engineering Laboratory, Final Report (2020).

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ISO 9001:2015 Certified© 2022 Stratasys. All rights reserved. Stratasys, the Stratasys Signet logo, J850, Digital Anatomy, GelMatrix, GelSupport, TissueMatrix, BoneMatrix,RadioMatrix, GrabCAD, Vero, Agilius30, VeroVivid, TangoPlus, TangoPlusBlack, VeroUltra, Voxel Print and PolyJet are trademarks or registeredtrademarks of Stratasys Ltd. and/or its subsidiaries and affiliates. All other trademarks are the property of their respective owners. Product specifications
subject to change without notice. BR_PJ_ME_J850 Digital Anatomy_A4_0622a