Patient-Specific Precision Anchoring System

Adjustable surgical system designed with anchoring mechanisms for spinal and orthopedic procedures. Provides flexibility and stability during surgical interventions.

Specialized anchoring system for reversible implantable medical devices. Provides secure positioning while maintaining removability for patient safety.

Advanced proton therapy positioning solution delivering precision, stability, and patient comfort. Engineered for high-accuracy proton beam delivery and reproducible patient positioning.

Precision positioning cushion designed for radiotherapy treatment planning and patient immobilization during oncology procedures. Provides accurate anatomical alignment to enhance treatment targeting and reduce setup time in radiation oncology departments.

Custom-designed orthopedic implants adapted to individual patient anatomy. Ordered through an intuitive digital platform for streamlined procurement and customization.

A precision navigation and localization system for radioactive particle implantation therapy used in treating prostate cancer, liver cancer, lung cancer, and other tumors. The system enables accurate positioning and implantation, effectively reducing surgical time, patient discomfort, and surgeon operational difficulty.

Advanced positioning technology for accurate medical device assembly and placement. Features high repeatability and precision in multi-axis operations.

Proprietary proton delivery technology enabling conformal dose sculpting without compensators or collimators, capable of performing intensity-modulated proton therapy with improved treatment precision.

Patient-specific orthopedic implants and surgical guides designed from individual patient anatomy using CT imaging and digital surgical planning. Each implant is customized to achieve precise anatomical fit for complex orthopedic cases, manufactured to ISO standards with surgeon validation before production.

Advanced thermoplastic immobilization systems designed for precise patient positioning during radiation therapy and radiosurgery. Utilizes modular components to ensure accuracy and comfort in head and neck treatment protocols.

Advanced proton therapy positioning system designed to deliver precision, stability, and patient comfort. Engineered specifically for proton radiation therapy applications requiring high accuracy.

Proton therapy positioning solution combining ergonomic handling with patient comfort and dosimetric performance. Supports accurate and efficient radiation treatment delivery.