3D Printer

Specialized 3D printing equipment for dental applications including crown and bridge fabrication, orthodontic models, and implant planning guides.

Industrial-grade stereolithography printer for medical model fabrication with submillimeter accuracy (±0.05mm). Enables precise reproduction of anatomical structures including blood vessels and nerves for surgical planning and training applications.

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.

Large-format FDM 3D printing system with build volumes up to 1200×800×1000mm, designed for manufacturing medical device prototypes and end-use parts. Supports advanced materials including PEEK and PEI for biocompatible applications. Achieves part accuracy of 0.10mm/100mm meeting medical device tolerances.

Stratasys 3D printer system designed for medical applications that produces biomechanically accurate anatomical models. Creates functional and realistic external and internal body part replicas for surgical planning and training purposes.

Modular cooling solution for professional 3D printing equipment used in medical device and implant manufacturing requiring precise temperature control.

The CeraFab S65 MED is a ceramic 3D printer designed for fabricating high-performance ceramic medical implants and surgical components. It enables customized dental, orthopedic, and surgical applications through precision ceramic additive manufacturing with DICOM-based planning integration.

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.

A Stratasys 3D printer designed for medical applications. It enables the production of anatomical models and medical devices through advanced 3D printing technology for healthcare professionals.

A 3D printer designed to create biomechanically accurate, functional, and highly realistic anatomical models. The device uses specialized materials developed for medical applications to produce external and internal body parts for study, training, and patient communication purposes.

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.