Stratasys Expands PolyJet Technology with the Introduction of PolyJet ToughONE™
Stratasys expands PolyJet technology to include functional prototyping and end-use parts with the introduction of PolyJet ToughONE™.
The introduction of the new, tough and durable material maintains the core benefits of PolyJet technology, such as excellent surface quality and user-friendliness. With full color gamut and multi-material 3D printing capabilities, it reduces the number of design iterations, thereby reducing development costs and significantly accelerating time to market.
Stratasys has introduced PolyJet ToughONE™ White , a material high-end platforms. The new material retains the well-known benefits of PolyJet technology, including full color gamut, multi-material 3D printing, and ease of handling.
EV charger and conduit made from PolyJet ToughONE™ material
With the introduction of this new material, PolyJet printing has become the number one 3D printing solution that combines exceptional manufacturing precision with functional strength. Engineers and designers no longer have to choose between visual accuracy and functionality – they can now create prototypes and end-user parts without compromise.
PolyJet ToughONE material has increased impact resistance and flexibility, allowing for drilling, milling and self-tapping screws to be used in the shaping and assembly of 3D printed parts. This material is ideal for the production of functional prototypes in all market segments. It is excellent for the production of manufacturing aids, templates and assembly devices, using colors and markings specified in the digital model. It is also a perfect choice for the production of custom housings, brackets and cover plates in the consumer electronics industry, for the production of impact-resistant parts and grippers for industrial robotic arms. PolyJet ToughONE material can also be used in many other key industries, including automotive, consumer goods manufacturing and optical products.
Rich Garrity, senior vice president, Stratasys, said: “Manufacturers are constantly balancing speed, cost and performance when developing new products, and every unnecessary prototype iteration adds delay and cost. With ToughONE, we are offering engineers a material that enables faster transition from concept to functional testing, while ensuring maximum precision and performance.”
PolyJet ToughONE material also enables the creation of complex geometries, including thin walls, snap-fits and flexible hinges, while maintaining tight dimensional accuracy and excellent surface quality. It also has the added advantage of being able to be combined with other PolyJet materials to create hybrid models with different mechanical properties or colors in a single printed part.
Stratasys will showcase PolyJet ToughONE and its components at RAPID 2025 in Detroit on April 9, demonstrating how it is revolutionizing manufacturing processes and increasing productivity across industries. It will be available in Hungary from mid-June through Varinex, allowing partners to experience the benefits of the technology and its effectiveness in practice first-hand.
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About Varinex Zrt:
VARINEX Zrt. is the market leader in domestic industrial 3D scanning and 3D printing, helping various industries increase the efficiency of their design and manufacturing processes with innovative solutions from Stratasys, Shining 3D, Ultimaker and Xact Metal.
The company also has outstanding expertise in 3D metal printing, which enables the rapid and precise production of complex metal parts, minimizing waste and production time.
VARINEX's 3D scanning and 3D printing services help engineering, medical, automotive and other industries create unique, high-quality parts and prototypes while utilizing state-of-the-art technologies for precision and reliability.
VARINEX Zrt. not only distributes global brands such as Stratasys, Shining 3D, Ultimaker and Xact Metal in the field of additive manufacturing, but has also been producing thousands of parts per day in its 3D Digital Factory for 25 years on its own, unique machine park in Central Europe. The company also demonstrates its expertise in Hungarian and international research and development projects, and in the field of education it closely cooperates with most renowned Hungarian universities.