Medical 3D Printing Solutions
Setting the standard in the market, delivering high-end 3D solutions with unmatched precision, reliability, and innovation trusted by medical professionals worldwide.
Precision You Can Hold in Your Hands
Shape the future of surgery with patient-specific 3D models. Enhance pre-surgical planning, refine techniques, and optimize tools for better outcomes. Our anatomically accurate models improve communication and reduce time in the operating room.
From Concept to Reality - Faster Than Ever
Tailored solutions for medical device manufacturers—from prototyping to production. Create realistic models for testing, build custom tools to streamline workflows and reduce costs, and produce high-quality parts that meet strict medical standards.
Learning That Feels Real
Gain hands-on experience with lifelike models to practice surgical techniques through realistic simulations. Build confidence in complex procedures and explore biomechanics and pathology with accurate replicas.
Precision You Can Hold in Your Hands
Shape the future of surgery with patient-specific 3D models. Enhance pre-surgical planning, refine techniques, and optimize tools for better outcomes. Our anatomically accurate models improve communication and reduce time in the operating room.
From Concept to Reality - Faster Than Ever
Tailored solutions for medical device manufacturers—from prototyping to production. Create realistic models for testing, build custom tools to streamline workflows and reduce costs, and produce high-quality parts that meet strict medical standards.
Learning That Feels Real
Gain hands-on experience with lifelike models to practice surgical techniques through realistic simulations. Build confidence in complex procedures and explore biomechanics and pathology with accurate replicas.
From lifelike anatomical models to high-quality medical end-use parts, from fast prototyping to cost-effective high-volume production—Stratasys has the right medical solution for you.
Ideal for surgical preparation, improving patient outcomes, and accelerating product design innovation. Create life like anatomical models with high biomechanical precision.
The gold standard for anatomical modeling, offering the widest range of materials to create lifelike, complex anatomical models with the highest standards. Ideal for all medical solutions.
Perfect fit for surgical planning and medical device applications. Create vivid, sterilizable, and biocompatible models and cutting guides with precision, using multiple materials and multicolor capabilities.
Ideal for medical device manufacturers, it delivers unmatched accuracy, repeatability, and injection molding precision for short production runs and on-demand manufacturing.
Delivers high-quality parts with superior accuracy, surface quality, and detail. Ideal for medical device manufacturers, it offers reliable performance for prototyping, tooling, and high-yield volume applications.
Cost-effective for point-of-care and medical device manufacturers, offering durable, high-performance materials with precise tolerances and reduced production costs and lead times.
Ideal for the orthotics industry, offers high-volume 3D printing with superior consistency, lower cost-per-part, and higher nesting densities for enhanced productivity and cost efficiency.
Ideal for surgical preparation, improving patient outcomes, and accelerating product design innovation. Create life like anatomical models with high biomechanical precision.
The gold standard for anatomical modeling, offering the widest range of materials to create lifelike, complex anatomical models with the highest standards. Ideal for all medical solutions.
Perfect fit for surgical planning and medical device applications. Create vivid, sterilizable, and biocompatible models and cutting guides with precision, using multiple materials and multicolor capabilities.
Ideal for medical device manufacturers, it delivers unmatched accuracy, repeatability, and injection molding precision for short production runs and on-demand manufacturing.
Delivers high-quality parts with superior accuracy, surface quality, and detail. Ideal for medical device manufacturers, it offers reliable performance for prototyping, tooling, and high-yield volume applications.
Cost-effective for point-of-care and medical device manufacturers, offering durable, high-performance materials with precise tolerances and reduced production costs and lead times.
Ideal for the orthotics industry, offers high-volume 3D printing with superior consistency, lower cost-per-part, and higher nesting densities for enhanced productivity and cost efficiency.
Life-like full-color, biocompatible, transparent, and high-performance materials—Stratasys has the right solution for your medical needs.
A soft and flexible 3D printing material that creates models that feel and behave like native organ tissue when force is applied.
Mimics porous bone, fibrotic tissues, and ligaments. Behaves like native bone during discectomy, drilling, reaming, or sawing.
Create models with radio-realistic features under X-Ray and CT, offering unmatched visibility for surgical navigation, training, and testing.
Print complex vascular structures, easily removing internal support with water jets from vessels as small as 1.0 mm.
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.
Mimics porous bone, fibrotic tissues, and ligaments. Behaves like native bone during discectomy, drilling, reaming, or sawing.
Create models with radio-realistic features under X-Ray and CT, offering unmatched visibility for surgical navigation, training, and testing.
Print complex vascular structures, easily removing internal support with water jets from vessels as small as 1.0 mm.
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
Get the latest certifications and regulatory details for Stratasys medical solutions and materials, ensuring the highest standards of quality and safety.
Looking for guidance? Let us help
Get a fresh perspective—our 3D printing solutions are truly eye-catching! Connect with experts to explore how Stratasys can enhance your practice.
Anatomical Models Within Your Reach
Dive into these comprehensive studies and findings that validate the biomechanical accuracy of our life-like functional anatomical models.
Get the latest certifications and regulatory details for Stratasys medical solutions and materials, ensuring the highest standards of quality and safety.
Get a fresh perspective—our 3D printing solutions are truly eye-catching! Connect with experts to explore how Stratasys can enhance your practice.
Dive into these comprehensive studies and findings that validate the biomechanical accuracy of our life-like functional anatomical models.
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.
Creighton University created lifelike, ultrasound-guided breast biopsy models, improving hands-on medical 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
H&T Presspart delivers top-tier precision and quality in injection molding for pharmaceutical components.
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.
Creighton University created lifelike, ultrasound-guided breast biopsy models, improving hands-on medical 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.
H&T Presspart delivers top-tier precision and quality in injection molding for pharmaceutical components.
Our 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 personalized medicine, 3D print technology has emerged as an invaluable tool for academic medical centers, 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 personalized medicine, 3D print technology has emerged as an invaluable tool for academic medical centers, hospitals, and medical device manufacturers to create patient-specific anatomical models.
