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Stratasys J850™ Digital Anatomy 3D Printer

Cutting-edge Realism Functional Anatomical Models

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The Stratasys J850
3D Printer

Cutting-edge realism

Materials and software combine to create human anatomy that mimics bone and tissue to an unprecedented level of realism. Animal, cadaver and synthetic models can’t always accurately represent targeted pathology.

The J850 Digital Anatomy 3D Printer comes with three unique digital materials and anatomical pre-sets that provide ultra-realistic anatomical simulation and biomechanical realism — resulting in a model that feels and behaves like the real thing. Create the anatomy you need and mimic specific clinical environments for enhanced learning and development.

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Why Stratasys J850

Bring Medical Models to Life

Bring Medical Models to Life

The J850 Digital Anatomy Printer takes PolyJet™ technology to the next level. Use its capabilities to create models with an incredible array of fine details and minute structures that look, feel and function like actual human tissue, with true haptic feedback. And do all of this in a single print operation with minimal to no finishing steps like painting, sanding or assembly.
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Make Model Fabrication Easier

Make Model Fabrication Easier

Take the guesswork out of material selection. Choose the anatomy, and the materials are automatically selected for you. You can also adjust the degree of each tissue attribute desired. The gel-like support material can be removed with little or no effort from complex structures, like small blood vessels with internal diameters and wall thicknesses as low as 1.0 mm, making post-processing quick and easy.
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Create Complex Multi Texture Structures

Create Complex, Multi-Texture Structures

Combine three new base materials exclusive to the J850 Digital Anatomy Printer to form over 100 unique digital materials. Use the proprietary validated applications offered to mimic human cardiac and vascular anatomy from actual patient scans. Select from a range of anatomical details and tissue properties to integrate into your model. Construct heart models with functional cords, annulus, valves, and calcifications. Vary compliance in vascular models to replicate both healthy and diseased vessels.
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Produce Anatomical Models As You Need Them

Produce Anatomical Models As You Need Them

The J850 Digital Anatomy printer lets you maintain a digital inventory and print models on demand when you need them.

Achieve Efficiency Gains

Achieve Efficiency Gains

Because the J850 Digital Anatomy printer allows you to produce anatomies that feel and behave like the real thing, it reduces the necessity for animal and cadaver labs allowing you to test and train anywhere. That means a reduction in training and procurement costs. It also means improved ethical practice, because it minimizes the use of animals for device testing and surgical training.
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Talk to an expert about Stratasys J850

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Why Choosing The Right 3D Printer Reseller Is Important To Getting It Right?

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Compatible Materials

The versatility of the Stratasys J850 stems from its high material capacity. By blending up to six materials in specific concentrations and microstructures, right on the build tray, it yields hundreds of thousands of colours, translucencies and durometers.

Stratasys J850 Materials:

  • BoneMatrix™
  • GelMatrix™
  • TissueMatrix™
  • RadioMatrix ™
  • Full colour gamut
  • Flexibility
  • Translucency
  • Strength and durability
  • GelMatrix™ resin – A gel-like support material for easy removal from blood vessels. Inner diameter as small as 1mm and wall thickness as low as 1mm.
  • TissueMatrix™ resin – The softest translucent material commercially available. Ideal for replicating the look and feel of heart tissue.
  • BoneMatrix™ resin – A strong, yet flexible, material with memory to maintain its shape.
  • Vero family of opaque materials including neutral shades and vibrant colors
  • Tango family of flexible materials
  • Transparent VeroClear and RGD720
  • Digital Materials
  • Over 360,000 colors
  • Digital ABS and Digital ABS2 in ivory and green
  • Rubber-like materials in a variety of Shore A values
  • Translucent color tints
  • SUP705 (WaterJet removable)
  • Stratasys J735: 350 x 350 x 200 mm (13.8 x 13.8 x 7.9 in.)
  • Stratasys J750: 490 x 390 x 200 mm (19.3 x 15.35 x 7.9 in.)
  • Horizontal build layers down to 14 microns (0.00055 in.)
  • Windows 7 and 8.1 64 bit
  • LAN – TCP/IP
  • 1400 x 1260 x 1100 mm (55.1 x 49.6 x 43.4 in.)
  • 430 kg (948 lbs.)
  • 670 x 1,170 x 640 mm (26.4 x 46.1 x 25.2 in.)
  • 152 kg (335 lbs.)
  • Temperature 18-25 °C (64-77 °F)
  • Relative humidity 30-70% (non-condensing)
  • 100–120 VAC, 50–60 Hz, 13.5 A, 1 phase
  • 220–240 VAC, 50–60 Hz, 7 A, 1 phase
  • PolyJet Studio 3D Printing Software
  • High Speed: up to 3 base resins, 27-micron (0.001 in.) resolution
  • High Quality: up to 6 base resins, 14-micron (0.00055 in.) resolution
  • High Mix: up to 6 base resins, 27-micron (0.001 in.) resolution
  • 20-85 microns for features below 50 mm
  • up to 200 microns for full model size (for rigid materials only)
  • X-axis: 600 dpi
  • Y-axis: 600 dpi
  • Z-axis: 1800 dpi
  • The J850 Digital Anatomy Printer takes PolyJet™ technology to the next level. Use its capabilities to create models with an incredible array of fine details and minute structures that look, feel and function like actual human tissue, with true haptic feedback. And do all of this in a single print operation with minimal to no finishing steps like painting, sanding or assembly.
  • The J850 Digital Anatomy printer lets you maintain a digital inventory and print models on demand when you need them.
  • Because the J850 Digital Anatomy printer allows you to produce anatomies that feel and behave like the real thing, it reduces the necessity for animal and cadaver labs allowing you to test and train anywhere. That means a reduction in training and procurement costs. It also means improved ethical practice, because it minimizes the use of animals for device testing and surgical training.
  • Combine three new base materials exclusive to the J850 Digital Anatomy Printer to form over 100 unique digital materials. Use the proprietary validated applications offered to mimic human cardiac and vascular anatomy from actual patient scans. Select from a range of anatomical details and tissue properties to integrate into your model.

    Construct heart models with functional cords, annulus, valves and calcifications. Vary compliance in vascular models to replicate both healthy and diseased vessels.
  • Take the guesswork out of material selection. Choose the anatomy, and the materials are automatically selected for you. You can also adjust the degree of each tissue attribute desired. The gel-like support material can be removed with little or no effort from complex structures, like small blood vessels with internal diameters and wall thicknesses as low as 1.0 mm, making post-processing quick and easy.

What Industries Are Using
The Stratasys J850

For Hospitals & Academic Medical Centers

Improve point-of-care planning, patient satisfaction, and training and education.

Using patient-specific 3D printed medical models for on-demand training and pre-surgical planning can improve patient outcomes by reducing complications and decreasing OR time and length of hospital stay.

Data demonstrates that patient satisfaction improves when 3D medical models are used as part of education for informed consent.

  • Structural Heart – Experience the physiological response of native cardiac tissue.
  • Blood Vessels – Experience the arterial elasticity caused by changes in blood pressure and disease.
  • Musculoskeletal – Experience the density properties and haptic response of human bone.
  • General Anatomy – Experience the response of native organ tissue.
  • Radiopaque – Radio realistic models with full contrast options.
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For Hospitals and Academic Medical Centres

Medical Device Training

For Medical Device Companies Enhance training and education programs and improve product quality.

Create consistency in new medical device development and testing to enhance product quality, reduce costs and accelerate time to market.

Scale up product demonstrations when training field staff and physicians on a new medical device by providing models that replicate the disease state your device is intended to treat—no storage requirements or ethical concerns associated with animal and cadaver models.

  • Structural Heart – Experience the physiological response of native cardiac tissue.
  • Blood Vessels – Experience the arterial elasticity caused by changes in blood pressure and disease.
  • Musculoskeletal – Experience the density properties and haptic response of human bone.
  • General Anatomy – Experience the response of native organ tissue.
  • Radiopaque – Radio realistic models with full contrast options.
Click to read more
Medical Device Training

Surgical Cutting Guide

For Doctors & Surgeons Patient-Specific Pre-Planning Models, Moulds and Cutting Guides

Improve clinical outcomes, increase efficiency and reduce waste using models based on real patient anatomy.

Create fit-for-purpose tools, jigs and fixtures to optimize workflows in research labs and the operating theaters. Physicians can produce customised tools for research and clinical care, helping to eliminate manufacturing constraints and makes processes more agile.

Biocompatibility certification and sterilization of materials.

  • Structural Heart – Experience the physiological response of native cardiac tissue.
  • Blood Vessels – Experience the arterial elasticity caused by changes in blood pressure and disease.
  • Musculoskeletal – Experience the density properties and haptic response of human bone.
  • General Anatomy – Experience the response of native organ tissue.
  • Radiopaque – Radio realistic models with full contrast options.
Click to read more
Surgical Cutting Guide

For Hospitals & Academic Medical Centers

Improve point-of-care planning, patient satisfaction, and training and education.

Using patient-specific 3D printed medical models for on-demand training and pre-surgical planning can improve patient outcomes by reducing complications and decreasing OR time and length of hospital stay.

Data demonstrates that patient satisfaction improves when 3D medical models are used as part of education for informed consent.

  • Structural Heart – Experience the physiological response of native cardiac tissue.
  • Blood Vessels – Experience the arterial elasticity caused by changes in blood pressure and disease.
  • Musculoskeletal – Experience the density properties and haptic response of human bone.
  • General Anatomy – Experience the response of native organ tissue.
  • Radiopaque – Radio realistic models with full contrast options.
Click to read more
For Hospitals and Academic Medical Centres

Medical Device Training

For Medical Device Companies Enhance training and education programs and improve product quality.

Create consistency in new medical device development and testing to enhance product quality, reduce costs and accelerate time to market.

Scale up product demonstrations when training field staff and physicians on a new medical device by providing models that replicate the disease state your device is intended to treat—no storage requirements or ethical concerns associated with animal and cadaver models.

  • Structural Heart – Experience the physiological response of native cardiac tissue.
  • Blood Vessels – Experience the arterial elasticity caused by changes in blood pressure and disease.
  • Musculoskeletal – Experience the density properties and haptic response of human bone.
  • General Anatomy – Experience the response of native organ tissue.
  • Radiopaque – Radio realistic models with full contrast options.
Click to read more
Medical Device Training

Surgical Cutting Guide

For Doctors & Surgeons Patient-Specific Pre-Planning Models, Moulds and Cutting Guides

Improve clinical outcomes, increase efficiency and reduce waste using models based on real patient anatomy.

Create fit-for-purpose tools, jigs and fixtures to optimize workflows in research labs and the operating theaters. Physicians can produce customised tools for research and clinical care, helping to eliminate manufacturing constraints and makes processes more agile.

Biocompatibility certification and sterilization of materials.

  • Structural Heart – Experience the physiological response of native cardiac tissue.
  • Blood Vessels – Experience the arterial elasticity caused by changes in blood pressure and disease.
  • Musculoskeletal – Experience the density properties and haptic response of human bone.
  • General Anatomy – Experience the response of native organ tissue.
  • Radiopaque – Radio realistic models with full contrast options.
Click to read more
Surgical Cutting Guide

Smarter Software, Better Designs, Exceptional Printing

grabcad

GrabCAD Print™ software simplifies the entire 3D printing process with an intuitive CAD-like application anyone on your team can use. And with features like detailed reporting and remote monitoring, you can easily manage your print jobs from outside the office. Combined with the ability to seamlessly share projects between users, it all adds up to a more streamlined, efficient workflow. Learn More

Resources

Case Study

Confidence in a successful surgery

Seattle Children’s uses 3D printing to plan complex surgeries & personalize care.

Stratasys J850 3D Printer book cover
White Paper

The Potential For 3D Printing Synthetic Myocardium

j850 2 book cover1

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Talk to an Expert

Our team of application and industry engineers are here to help. We can answer any questions you about range of materials, printing applications, or features of the printer. If we feel there is a more optimal solution that suits your requirements, we will recommend it.

+613 9785 2333 (Australia)
+649 801 0380 (New Zealand)
Call Our Expert Now

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Objective 3D:

A Company Dedicated To Helping You Innovate Through 3D Printing

Click on the following to learn more about each of our focus areas.
If you’re looking for a company that can help you innovate the way you manufacture & prototype, Objective 3D is the company for you. We offer a wide range of specialised 3D printers, 3D scanners, material and software options to choose from, so you can find the perfect solution for your needs. We work with some of the leading industries in the world, including medical, automotive, and aerospace, so we have a deep understanding of the specific needs and challenges that our clients face. Our team of experienced application engineers are on hand to provide you with the support and guidance you need throughout every stage of your product’s lifecycle.

What sets Objective 3D apart from other companies is our daily use of the technology we promote. Our state-of-the-art service bureau houses 12+ different 3D printing technologies, and we print thousands of parts every year, from small tooling aids, patient specific models, and large industrial parts. This gives us a deep understanding of the capabilities and limitations of each solution, so we can provide you with the best possible option.

Objective 3D provides same-day phone support with a quick response time any day of the year. We can also assist you with overflow of work, machine downtime, and complex supply chain issues, where you tap into our technology on a contract basis, giving you access to our on-demand 24 hour ISO accredited printing facility, equipped with 24 printers, part finishing lab, and in-house team of dedicated application engineers, ready to serve you.
Our mission is to revolutionise the way businesses manufacture today, so you can build a better tomorrow. Contact us today to find out more.

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