#USA #Minnetonka #Stratasys #PolyJet #J850 Core

Stratasys Unveils the PolyJet J850 Core - A New Era of Additive Manufacturing

Stratasys, headquartered in Minnetonka, Minnesota, and Rehovot, Israel, has announced the launch of an innovative new additive manufacturing platform, the PolyJet J850 Core, aimed at accelerating industrial and healthcare manufacturing processes. The company’s commitment to revolutionizing manufacturing capabilities comes from its goal to support manufacturers in advancing from mere concept models to rapidly producing actual components through additive methods.

With this latest offering, Stratasys presents an application-driven suite of software tools and materials that enhance the functionality of their platforms. The intent is clear: to streamline design processes, increase usability, and boost reliability while broadening the material capabilities available for production.

Rich Garrity, Chief Business Unit Officer at Stratasys, remarked, "Manufacturers are actively seeking out the next applications of additive manufacturing. These innovations are designed specifically for that purpose. From expediting the design of fixtures to creating high-performance components and enhancing production system precision, we provide practical ways for teams to utilize additive manufacturing in their everyday workflows."

Focusing on Engineering with the PolyJet J850 Core

The PolyJet J850 Core has been primarily crafted for engineering teams focused on functional prototyping while being cost-effective. This model expands the existing PolyJet technology offerings by presenting full-color capabilities without the associated costs, thereby enabling teams to utilize PolyJet’s performance and materials at a more accessible price point. It strikes a balanced proposition of performance and cost, targeting teams that demand reliability without breaking the budget.

Reservations for the J850 Core system are expected to open by the end of April. It is well-suited for creating components such as housings, fixtures, and other functional parts, accompanied by compatibility with rigid, flexible, transparent materials, and the proprietary PolyJet ToughONE™ material. The J850 Core boasts a large build tray and rapid prototyping mode, guaranteeing both quick turnarounds and consistent high-quality results.

According to Garrity, “The J850 Core 3D printer is engineered with the needs of engineering teams that require rapid responses and ongoing parts validation in mind. This product delivers the performance and material capabilities our customers anticipate, all at a more budget-friendly price, allowing more teams and applications to benefit.”

New Heights in Medical 3D Printing with P3™ MED Silicone 25A

In partnership with Shin-Etsu Chemical from Tokyo, Japan, Stratasys has also launched P3™ MED Silicone 25A, the first true silicone material designed for 3D printing in medical devices and small-batch production. This innovative material, exclusive to the Origin system, fully complies with the ISO 10993 standards. It features elasticity, durability, heat resistance, chemical resistance, and longevity mirroring that of traditional silicones, thus overcoming many of the issues associated with conventional 3D printing silicones.

This advancement allows for scalable production of anatomically precise medical devices such as hearing aids, CPAP masks, braces, and prosthetics, eliminating expensive tooling and reducing production cycle times. The P3 Silicone series combines Stratasys’ additive manufacturing technology with Shin-Etsu’s silicone chemistry, delivering injection molding-grade parts with high precision and excellent surface finish, enhancing development speed and improving patient-specific treatment outcomes.

Erez Ben Zvi, Vice President of Stratasys’ healthcare division, commented, “P3 MED Silicone 25A opens new possibilities for patient-specific medical devices and small lot production of medical products. By merging real silicone properties with biocompatibility on the Origin system, manufacturers can produce durable, precision parts without the need for molds or tooling, making additive manufacturing more practical and cost-effective for medical applications.”

Streamlining Manufacturing with GrabCAD® and Additive App Suite

Stratasys is also enhancing production efficiency with the upcoming release of its new Additive App Suite, developed in collaboration with software partner trinckle. Set to launch in late summer, it includes ten applications designed for seamless integration with GrabCAD Print™ and GrabCAD Print Pro™. A demonstration of these innovations is scheduled for the upcoming RAPID+TCT 2026 event.

By embedding proven auto-design applications for industrial uses like clamp jaws, shadow boards, and drill guides directly into GrabCAD, Stratasys promises improved interoperability within a unified workflow session. This means manufacturers can transition smoothly from automated design to a production-ready stage, reducing barriers to adopting additive manufacturing technology across various engineering, quality management, and operational departments.

The flexible licensing model is tailored for both individuals and enterprises, easing the transition from trials to full-scale deployment of these applications, fostering an environment where production engineers can generate tooling without disrupting engineering workflows.

Cost-Effective Solutions with New SAF™ PA12

In addition to these exciting announcements, Stratasys has introduced SAF™ PA12, a new material powered by Evonik, which minimizes barriers to adopting industrial powder bed technology and achieves performance at a competitive price. This allows clients to confidently expand their production capabilities while enjoying cost savings and reduced build times.

The new SAF PA12 solution offers a total cost of ownership reduction of up to 14% compared to existing SAF PA12 materials without requiring additional licensing, hardware, or process changes, ensuring consistent quality and high-performance properties in parts that are strong, elastic, and dimensionally accurate.

Neil Hopkinson, Stratasys Vice President of SAF Technology, stated, “The new SAF PA12 performs at a production-grade level in industrial additive manufacturing, consistently delivering strong and durable parts while maintaining precision. By balancing reliability with low operational costs, manufacturers can confidently expand their applications while streamlining their workflows across various parts and processes.”

Visitors attending the upcoming RAPID + TCT Conference from April 14–16 will have the chance to see demonstrations of these groundbreaking software and hardware solutions at the Stratasys booth (#1601).

About Stratasys

Stratasys is leading the charge in additive manufacturing with innovative 3D printing solutions for various industries, including aerospace, automotive, consumer goods, and healthcare. Through their smart connected 3D printers, resin materials, software ecosystem, and on-demand parts, Stratasys empowers companies worldwide to transform product design, improve manufacturing agility, and enhance patient care. For more information on Stratasys, visit their website or check out their blog on social media platforms such as X/Twitter and LinkedIn.