Fundus Imager
The camera's optical system of the fundus imager consists of an illumination system and an imaging system. The illumination system is equipped with a fixation light source, visible illumination light source, and near-infrared focusing light source. Focusing with near-infrared light sources can be performed without pharmacologically dilating the eye. The imaging system is equipped with a focusing lens and provides a refractive compensation function of±20D.
Features
High-Resolution Imaging:
Captures detailed images of the retina, optic disc, macula, and other ocular structures.
Provides clarity necessary for accurate diagnosis and monitoring of eye conditions and changes in ocular health induced by microgravity.
Wide Field of View:
Offers a comprehensive view of the fundus, enabling the detection of peripheral retinal abnormalities.
Supports thorough examination and documentation of the entire retina.
Advanced Image Processing:
Incorporates sophisticated algorithms to enhance image quality and contrast.
Facilitates the detection of subtle pathological changes and subtle changes in ocular structures.
Non-Invasive and Patient-Friendly:
Designed to be comfortable and non-invasive, ensuring patient compliance.
Fast and painless imaging process enhances the patient experience and ensures minimal disruption to the astronaut’s schedule.
Versatile Application:
Suitable for a wide range of applications, from routine eye exams to advanced diagnostics.
Can be used in various settings, including clinics, hospitals, research facilities, and spacecraft.
User-Friendly Interface:
Features an intuitive interface that simplifies operation and image acquisition.
Provides easy access to captured images for review and analysis, even by astronauts with minimal training.
Integration with Electronic Health Records (EHR):
Compatible with EHR systems, allowing seamless storage and retrieval of patient images.
Facilitates comprehensive patient care by integrating imaging data with medical records.
Telemedicine Integration:
Capable of transmitting images to Earth for expert analysis and diagnosis.
Supports telemedicine consultations, enabling real-time monitoring and feedback from ophthalmologists on Earth.
Data Storage and Management:
Equipped with secure data storage capabilities to maintain a record of ocular health over the mission duration.
Facilitates trend analysis and long-term monitoring of ocular health.
Compact and Portable Design:
Designed to be compact and lightweight, suitable for use in the confined environment of a spacecraft.
Portable models allow for easy handling and operation in microgravity conditions, as well as field use and remote diagnostics.
Automated Functions:
Automated functions assist in capturing consistent and accurate images.
Enhances the user experience by simplifying the imaging process.
Durability and Reliability:
Built to withstand the rigors of space travel, including vibration, temperature fluctuations, and microgravity.
Ensures reliable performance throughout the mission.
Advantage
Exceptional Imaging Quality:
High-resolution imaging capabilities that capture detailed and clear images of the retina and other ocular structures.
Essential for diagnosing and monitoring a wide range of ocular conditions and vision changes due to prolonged exposure to microgravity.
Comprehensive Field of View:
Provides a wide field of view to capture the entire fundus, including peripheral areas.
Ensures thorough examination and early detection of retinal abnormalities.
Advanced Technology:
Incorporates cutting-edge image processing algorithms to enhance clarity and contrast.
Allows clinicians to detect subtle changes and abnormalities with precision, facilitating early diagnosis and intervention.
Patient Comfort and Convenience:
Designed to be non-invasive and comfortable for patients, ensuring a positive experience.
Quick imaging process reduces patient discomfort and improves workflow efficiency.
Compact and Lightweight Design:
Specifically designed to be compact and lightweight, ideal for the limited space available on spacecraft.
Portable and easy to handle in microgravity conditions, ensuring seamless integration into the spacecraft's medical toolkit.
User-Friendly and Automated:
Intuitive interface and automated functions ensure easy operation by astronauts with minimal training.
Simplifies the process of capturing consistent and accurate images in a microgravity environment.
Versatility and Flexibility:
Suitable for a variety of clinical settings, from routine eye exams to specialized diagnostic procedures.
Portable models available for use in field settings and remote diagnostics.
Seamless EHR Integration:
Fully compatible with electronic health record systems for easy data management.
Facilitates integrated patient care by linking imaging data with comprehensive medical records.
Telemedicine Capabilities:
Enables the transmission of images to Earth for expert analysis and real-time consultation.
Supports telemedicine consultations, ensuring continuous monitoring and support from ophthalmologists on Earth.
Robust Data Management:
Secure data storage for maintaining a comprehensive record of ocular health over the mission duration.
Facilitates long-term monitoring and trend analysis, aiding in the study of microgravity-induced ocular changes.
Durability and Reliability:
Built with high-quality materials to ensure long-term durability and reliability.
Constructed to endure the harsh conditions of space, including vibration, temperature fluctuations, and microgravity, ensuring reliable and consistent performance throughout the mission.
Comprehensive Support and Training:
Backed by our expert technical support team and comprehensive training programs.
Ensures that users, including crew members, can effectively use the fundus imager and maximize its benefits.
Choose us
We have extensive experience in the research and development of satellite integration and platform;
We have extensive experience in the research and development of remote sensing, communication, and navigation electronic equipment;
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We have extensive experience in the development of numerical control, testing, and data processing systems;
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