Stratasys solutions and experts improve clinical outcomes, enhance research and education, speed up innovation, and accelerate manufacturing.
Our solutions accelerate product development, streamline workflows, improve surgical planning*, and enrich learning.
Stratasys additive technology and materials enhance personalized healthcare, and medical education, expedite clinical research, and drive innovative manufacturing applications.
By enabling the fast, flexible production of medical jigs, surgical aids, and lifelike anatomical models with un-matched biomechanical accuracy, our end-to-end medical 3D Printing solutions elevate and improve patient care.
*with supported 510k cleared segmentation software.
See how an industry leader is using FDM technology to create functional prototypes and improve tool design.
Learn how a 3D printed heart helps to plan for a complex pediatric heart surgery.
Collaboration to design and establish a vascular care center with the help of 3D printing technology.
An Italy-based clinical 3D printing lab on researching how 3D printing can improve pre-surgical planning and training.
See how Nicklaus Children’s Hospital 3D printing improved preparation for the removal of a pediatric patient’s complex tumour.
Learn how Somnosync innovative sleep mask created with SAF technology is used to identify and treat sleep disorders.
Fusetec utilizes Stratasys technology to create realistic scenarios for practicing surgery, shortening time and reducing risk.
Learn how additive technology transforms prototyping and manufacturing of jigs
Learn how 3D printing is used to map out complex surgeries and improve patient care
Stratasys Digital Anatomy technology is used in a leading-edge 3D printing certification.
See how an industry leader is using FDM technology to create functional prototypes and improve tool design.
Collaboration to design and establish a vascular care center with the help of 3D printing technology.
An Italy-based clinical 3D printing lab on researching how 3D printing can improve pre-surgical planning and training.
See how Nicklaus Children’s Hospital 3D printing improved preparation for the removal of a pediatric patient’s complex tumour.
Learn how Somnosync innovative sleep mask created with SAF technology is used to identify and treat sleep disorders.
Fusetec utilizes Stratasys technology to create realistic scenarios for practicing surgery, shortening time and reducing risk.
Patient-specific, biocompatible, and ultra-realistic 3D printed anatomical models, support unparalleled surgical planning and patient care.
Enhance education and research with lifelike, visual and haptic teaching aids that replicate the complexity of real human anatomy.
Develop innovative solutions and speed up the go-to-market process with unparalleled medical device resources
Integrated, easy-to-use additive solutions enable fast, efficient, repeatable manufacturing of today's and tomorrow's 3D printed medical devices.
Patient-specific, biocompatible, and ultra-realistic 3D printed anatomical models, support unparalleled surgical planning and patient care.
Enhance education and research with lifelike, visual and haptic teaching aids that replicate the complexity of real human anatomy.
Develop innovative solutions and speed up the go-to-market process with unparalleled medical device resources
Integrated, easy-to-use additive solutions enable fast, efficient, repeatable manufacturing of today's and tomorrow's 3D printed medical devices.
Accelerate medical innovation, improve patient outcomes, and advance education with Stratasys 3D printing technology. Our comprehensive portfolio of 3D printers enables the rapid development of accurate end-use parts, prototypes, and patient-specific models for a range of medical applications.
A compact platform that enables the creation of both visual and functional anatomical models with high biomechanical precision and realism.
Create medical models that accurately represent the appearance and behavior of human tissue.
The catalyst to next-level part production. New era of 3D printing by enabling production of end-use parts.
Designed by engineers, for engineers. The reliable and proven Neo series of 3D printers build high-quality parts with superior surface quality, accuracy and detail.
Set the bar for speed, performance, and accuracy. In a variety of applications. Prototyping, Tooling, and End-Use Parts.
Delivers accurate, production-grade parts with affordable high-volume 3D printing.
A compact platform that enables the creation of both visual and functional anatomical models with high biomechanical precision and realism.
Create medical models that accurately represent the appearance and behavior of human tissue.
The catalyst to next-level part production. New era of 3D printing by enabling production of end-use parts.
Designed by engineers, for engineers. The reliable and proven Neo series of 3D printers build high-quality parts with superior surface quality, accuracy and detail.
Set the bar for speed, performance, and accuracy. In a variety of applications. Prototyping, Tooling, and End-Use Parts.
Delivers accurate, production-grade parts with affordable high-volume 3D printing.
Stratasys’ materials allow you to create realistic full-color, biocompatible, transparent or opaque medical models
A soft and flexible 3D printing material that creates models that feel and behave like native organ tissue when force is applied.
Complex material depositing patterns mimic porous bone structures, fibrotic tissues, and ligaments.
Gives you the power to create medical models that exhibit radio-realistic features under X-Ray and CT.
MED610™ is a transparent, biocompatible material, approved for bodily contact. Designed to provide greater efficiency and more cost-effective productivity across a range of medical applications.
Biocompatible FDM thermoplastic, that is ideal for a variety of applications: aerospace, medical, food contact & composite tooling.
Pecially developed for use in medical applications, meeting the requirements for non-implantable limited body contact.
A soft and flexible 3D printing material that creates models that feel and behave like native organ tissue when force is applied.
Complex material depositing patterns mimic porous bone structures, fibrotic tissues, and ligaments.
Gives you the power to create medical models that exhibit radio-realistic features under X-Ray and CT.
MED610™ is a transparent, biocompatible material, approved for bodily contact. Designed to provide greater efficiency and more cost-effective productivity across a range of medical applications.
Biocompatible FDM thermoplastic, that is ideal for a variety of applications: aerospace, medical, food contact & composite tooling.
Pecially developed for use in medical applications, meeting the requirements for non-implantable limited body contact.
Medical regulatory information
Find the latest information on Stratasys medical 3D printing solutions and materials certifications - As Stratasys continually strives to improve its products and adhere to the highest quality and regulatory standards .
Ido Bitan
Varun Bhatia at Medtronic and Justin Ryan at Rady Children’s Hospital are using 3D printing to advance healthcare with lifelike anatomical models and precision medicine.
Read moreOur guide to 3d printing in the medical device lifecycle will help you to accelerate your medical device development process. Download your free copy today
View morePre-surgical planning with 3D printing is cost saving, increasing accuracy & repeatability of pre-surgical plans, improving patient education & outcomes.
View moreAlongside the shift in healthcare toward personalised medicine, 3D print technology has emerged as an invaluable tool for academic medical centres, hospitals, and medical device manufacturers to create patient-specific anatomical models.
View moreOur guide to 3d printing in the medical device lifecycle will help you to accelerate your medical device development process. Download your free copy today
Pre-surgical planning with 3D printing is cost saving, increasing accuracy & repeatability of pre-surgical plans, improving patient education & outcomes.
Alongside the shift in healthcare toward personalised medicine, 3D print technology has emerged as an invaluable tool for academic medical centres, hospitals, and medical device manufacturers to create patient-specific anatomical models.
