Research-Grade 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.

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.

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

Large-format industrial 3D printers (VULCAN 600/1200 series) for manufacturing medical device prototypes and end-parts using engineering plastics and PEEK materials. Enables production of custom implants, surgical instruments, and diagnostic equipment components with high precision and stability.

High-precision metal 3D printing system capable of micron-level accuracy for manufacturing complex medical components. Supports multiple metal alloys suitable for aerospace, medical, and electronic applications with rapid delivery capabilities.

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

Integrated platform for complete denture fabrication using stereolithography technology. Enables efficient production of full and partial dentures with high accuracy.

Proprietary stereolithography technology platform developed for batch manufacturing of dental and orthodontic devices. Integrated with custom resin materials optimized for dental applications.

Three-dimensional anatomical model of deep facial and cranial structures created through 3D printing technology. Supports medical education in head and neck anatomy for surgical specialties.

Full-color 3D printing technology using photosensitive resin with high precision up to 14μm layer resolution and 360,000 true colors. The service supports multiple material types including biocompatible materials suitable for medical device prototyping and production.

A high-definition 3D printed model based on tomographic imaging data with ultra-high precision reproduction. The original pixels of the tomographic image are up to 1.2 billion and support multiple magnifications, ensuring tiny tissues of the human body remain clearly visible. The model is designed for medical education and anatomical visualization.