SORT Retroreflective Spheres

Autoclavable and reusable glass reflectors with high-precision coating available in different diameters (5 mm or 10 mm) and angle of view specifications (120° or 240°) for use with optical tracking navigation systems. The reflectors are pre-assembled in sockets using autoclavable adhesive and biocompatible materials, compatible with NDI Polaris optical tracking cameras and most Image-Guided Surgery systems, and reflect significantly more infrared light than disposable plastic alternatives.

Optical reflector components used in medical examination lamps and diagnostic instruments. Designed to focus and direct light for precise clinical illumination in medical procedures.

Reusable surgical markers for marking incision sites and anatomical landmarks in ophthalmic procedures. Aids surgical planning and orientation.

An optical tracking navigation system for ENT surgery using high-precision glass reflectors mounted on surgical instruments. The system detects instrument position and orientation in six spatial degrees of freedom twenty times per second, allowing real-time representation of instrument location, and features autoclavable, reusable instruments with patented glass reflectors optimized for accuracy and durability.

A head-mounted reflector with a mirror seat capable of rotating in any direction as needed during use. Features adjustable reflective properties for clinical examination procedures.

Optical components and reflectors for medical lighting systems. Enhances light distribution and reduces shadows in diagnostic and treatment areas.

Precision-engineered radiopaque marker rings manufactured from biocompatible metals for integration into minimally invasive medical devices. The rings provide essential visibility markers for imaging-guided medical procedures.

Proprietary reflection technology for surgical lights that optimizes LED light energy utilization, capturing approximately 95% of light strength from light-emitting diodes. This system enables reduced LED requirements while maintaining superior brightness and homogeneous light distribution.

Surgical markers used to identify and mark specific anatomical locations on the eye during procedures. Assists in achieving precise surgical alignment and tissue targeting.

Optical coatings providing partial reflection for beam combining and splitting in medical laser systems. Used in surgical guidance and integrated imaging systems.

Radiopaque positioning device designed for orthopedic and surgical applications, enabling precise anatomical alignment and visualization during procedures. Features radiopaque markers for enhanced imaging clarity on X-ray and fluoroscopy, supporting accurate implant placement and surgical guidance.

Surgical instruments used in ophthalmic procedures for marking and fixating the eye during surgery to ensure proper alignment and positioning.