Digital Anatomy
Printer Software
The power to create
the most realistic
anatomical models.

The J750™ Digital Anatomy™ printer software gives you the power
to create the most lifelike anatomical models available. Clinicallyvalidated preset anatomy options deposit 3D printing materials tobehave with biomechanical accuracy that mimics human tissue
and bone like never before.1
The power to create
accurate biomechanical behavior.
Combinations of materials and more than 100
preset anatomical menu options allow you to
mimic disease states and physiological factors
with biomechanical accuracy. Anatomies are
configured using unique material combinations
that vary in softness, flexibility, and density toachieve native tissue behavior.

The power to create
in a few simple clicks.

Sell Sheet

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

Choose Anatomy
not Materials
Choose Anatomical
Elements
Choose Properties
for Each Anatomical
Element Selected

Validated
Clinical Solution

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Advanced design tools takemodel creation to the next level.
No matter what anatomical model you create, our software provides you with thewidest range of model properties to choose from.

Blood Vessels
Create large and very small
complex blood vessels thatbehave like native vessels
when pulsatile forces areapplied and devices areinserted. Produces highly
repeatable and consistantresults.

Structural Heartand Other Soft Organs

Musculoskeletal

Create models thatmatch tissue deformation
characteristics and behave
like native tissue when force isapplied such as suturing anddevice insertion.

Create models that match bone density
characteristics and behave like native
bone when force is applied such as
discectomy, drilling, reaming or sawing.

Model properties include:• Normal to degenerated

Model properties include:• Soft healthy to stiffened
diseased tissue• Flexible to stiff• Vessels with moderate tolow compliance• Coatings and fiber structuresfrom thin to thick• Semi rigid to rigid vessels• Create solid or hollow
internal organs• Small to large blood pools• Large to very fine vascular
structures as small as
1.0 mm in diameter• Create tumors, calcification,and leaflets with variousproperties• Tumor creation from soft
encapsulated or nonencapsulated to uniformly
soft or uniformly stiff

Model properties include:• Dense to porous• Medullary canal sizing – fromminiature to normal
Screw Insertion
Strain Relief• Create a perimeter on an orthopedic
model that allows for screw insertion
without cracking the model• Control the location, size and shapeof the strain relief siteLong Bone Manipulation

Sell Sheet• Autogenerate the distal and proximal
regions of the bone and match
intricate internal structures to theappropriate region– replicating
cortical, cancellous and the medullarycanal

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The power to create
with physician-tested,validated presets.
Digital Anatomy printer software was developed and refinedover years of expert testing in partnership with top academic
medical centers and hospitals across the globe. The anatomicalpresets have been validated to demonstrate similar feel andbiomechanical performance as human anatomy.2

Digital Anatomy printer software unlocks the uniquematerial combinations that create unparalleled realism
BoneMatrix™
Complex material depositing patterns mimic porous bone
structures, fibrotic tissues, and ligaments.
GelMatrix™
Unique GelMatrix material and GelSupport™ depositing
patterns allow you to print small, complex vascularstructures and easily remove internal support material.
TissueMatrix™
Sophisticated material configurations make models that feeland behave like native organ tissue when force is applied.

—3 unique base materials provide
100+ anatomical presets

For more information, contact medical@stratasys.com.

Sell Sheet

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.

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BoneMatrix, TissueMatrix, GelMatrix and GelSupport are trademarks of Stratasys, Inc. All other trademarks are the property of theirrespective owners, and Stratasys assumes no responsibility with regard to the selection, performance, or use of these non-Stratasys
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