Multi-Material 3D Printing System

Desktop 3D printing system designed for manufacturing anatomical models and surgical guides in medical facilities. Enables personalized surgical planning and patient education through high-precision model production.

Three-dimensional printing technology designed for creating anatomical models and surgical guides from medical imaging data. Used in surgical planning and patient education applications.

Automated robotic system for functional printing on complex geometries, enabling production of custom medical devices and implants with precise specifications.

Laser-based additive manufacturing equipment designed for producing high-precision medical device components and implants. Offers mature technology with fast turnaround for research and commercial medical applications.

Three-dimensional printing technology designed for orthotic fabrication in podiatry practice. This system enables production of custom orthotics based on scanned foot data.

A Stratasys 3D printer capable of simulating human tissues and bones through 3D printing technology. It is designed for medical applications including preoperative planning, surgical training, and creation of patient-specific anatomical models with realistic structural and behavioral properties.

High-fidelity orthopedic surgical simulation model based on clinical CT or MRI imaging data. Created using 3D printing technology with proprietary polymer materials to achieve realistic tissue sensation and anatomical accuracy. Designed for orthopedic surgical training and skill development.

Full-body vascular simulation model for endovascular and interventional training. Constructed from patient CT/MRI data using 3D printing and silicone materials to replicate anatomical accuracy. Integrated pump and temperature control system simulate physiological parameters including blood flow, pressure, and body temperature. Supports procedure training, device evaluation, and surgical skill development across educational and clinical settings.

The J5 Digital Anatomy 3D Printer produces anatomically accurate patient-specific models and surgical replicas using multi-material printing technology. Designed for pre-surgical planning, medical device prototyping, and surgical training, it delivers high-precision anatomical models that enhance procedural preparation and reduce operative time. The system supports diverse medical applications including orthopedic modeling, cardiovascular replicas, and custom surgical tools.

The J850™ Digital Anatomy™ 3D Printer produces patient-specific anatomical models and medical device prototypes using multi-material printing technology. Designed for surgical planning, medical device development, and surgical training, it delivers anatomically accurate replicas with biomechanical precision for pre-operative visualization and hands-on procedural practice.

Additively manufactured medical device components and implants utilizing 3D printing technology for complex geometries in orthopedic and dental applications. Advanced additive manufacturing enables rapid prototyping and customized implant production.

Patient-specific implant manufactured using advanced 3D printing technology. Customized to individual patient anatomy for optimal surgical fit and clinical performance.