SSYS

Introduction of RadioMatrix™: Stratasys Ltd. has announced the full commercial availability of its RadioMatrix™ radiopaque 3D printing material in the U.S., enabling healthcare providers and researchers to create patient-specific models for advanced medical imaging and training.

Capabilities and Validation: The material allows for precise control of radiopacity, with research from Siemens Healthineers validating its effectiveness in replicating human tissue in CT imaging, thus enhancing device testing and education.

Impact on Medical Training: Collaborations in the UK are already demonstrating the practical benefits of radiopaque 3D-printed models, improving imaging-based training and providing more controlled environments for research.

Advancements in Imaging Education: Stratasys aims to replace traditional phantom solutions and cadaver reliance with customizable, repeatable, and scalable alternatives, significantly enhancing the training and education of radiologists.

Advancements in Surgical Education: Addion GmbH and the University of Innsbruck are utilizing Stratasys Digital Anatomy™ Solution to create Europe's first 3D-printed anatomical eye models, enhancing surgical training for eyelid procedures with high realism and accuracy.

Ethical and Cost-Effective Training: The use of 3D-printed models eliminates the need for cadavers or animal models, providing a safe, reproducible, and cost-effective training environment that improves accessibility to surgical education.

Dynamic Simulation Features: Addion's models incorporate features like simulated blood flow, allowing trainees to experience realistic surgical challenges in a controlled setting, thereby enhancing their skills across various surgical scenarios.

Global Impact of Stratasys Solutions: Stratasys' technology is widely adopted by medical institutions for training, patient education, and preoperative planning, helping to reduce costs and logistical barriers while accelerating learning in healthcare.