Description
Industry applications
Consumer goods
– Functional prototyping
– Design prototyping
Consumer electronics
– Functional prototyping
– Design prototyping
Education
– Research Institutes
– University “in-house”
3D printing
Built for the office and your workflow
Side profile of the J35 Pro.
The J35 Pro offers you all the benefits of an in-house engineering-grade printer without the hassle. This is all thanks to a small footprint, low-maintenance design, and silent, odor-free operation.
Design steps that were once outsourced can now be created in-house in a fraction of the time, which saves you both time and in design budget.
Iterate, correct errors, and verify designs more efficiently with J35 Pro, so you can get the final design to market faster.
Additionally, enjoy multi-material printing capabilities at a lower investment compared to other PolyJet multi-material solutions.
7 time saving paths to simplified 3D printing
Product designers and engineers are often faced with a similar challenge — to prototype or not to.
Creating parts and prototypes that test form, fit and function can be difficult, time-consuming, and expensive to make using traditional methods.
On the flip side, prototyping allows for product verification and validation prior to final production — which leads to a better part or product.
In this eBook, we’ll look at how the J35 Pro benefits designers and engineers in end product design, reduce production costs and simplify design workflows.
Prototype and functional design models of a 360° camera.
Create high-fidelity prototypes
Produce CMF prototypes that look, feel, and function as the final product.
The J35 Pro allows you to combine grayscale color, transparency, texture, and moving parts to create realistic models that decision-makers can hold in hand — leading to quicker design decisions.
Get state-of-the-art print abilities with the combination of rubber-like, high-impact, rigid, translucent, and biocompatible materials. Print up to three of these materials simultaneously, and achieve complex shapes, intricate details, and delicate features for unbeatable efficiency.
J35 Pro materials
VeroUltra™ BlackS & WhiteS
Enables the perfect simulation of high-quality injection molded parts that meet 2D graphics standards while providing strong color contrast and color separation.
VeroUltra™ ClearS
Provides exceptional clarity combined with strength, stiffness, and impact resistance.
DraftGrey
Rigid material with a medium opacity and smooth finish for concept modeling, offering stiffness and versatility at an extremely affordable price.
Elastico™ Black & Clear
Clear/Black flexible PolyJet Photopolymer designed especially for LED curing systems. Has improved elongation to break and tear resistance and is ideal for advanced design verification and rapid prototyping.
Digital ABS
Designed to simulate standard ABS plastics by combining high-temperature resistance with toughness.
Vero™ContactClear
Rigid transparent rapid prototyping material that is also biocompatible. It allows physical proof of concepts and prototypes requiring contact via skin or mouth.
Revolutionizing engineering design
“Before we had the J35 Pro, we would spend lots of time communicating, preparing models. The entire process took weeks and lots of testing — and it did not always work. With our current in-house possibilities, we get most printing jobs done overnight and get many working models to share with our customers.”
Rob MacCurdy Professor, University of Colorado – Boulder.
Learn how Professor Rob MacCurdy is utilizing a combination of different materials to 3D print complex structures and functionalities in his 3D printed robots with the Stratasys Research Package.
Applications gallery
Engineering and design applications with 3 modeling materials setup.
Functional testing
Fit and form testing with labeling
Functional testing with labeling
Texture modeling
Fit and form functional testing
Over molding
Over molding
Texture modeling
Shock absorption
Form fit testing
See-through element modeling
See-through element modeling
Grayscale, sectioning, sketch mode modeling
Simulated fabric modeling
Functional engineering laser pointer modeling
Medical device printed using VeroContact Clear
