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Fundus Camera ZFC-A10 features a 5-megapixel SLR camera and offers a 135° wide field of view. It utilizes a 9-position mosaic function to compile multiple 50° field width images into a comprehensive retinal map. It supports both non-mydriatic and mydriatic acquisition modes and can capture high-definition images. Our fundus camera with internal fixation combines precision, flexibility, and high-performance imaging in a compact design.
| Acquisition Modes | Non-mydriatic/ mydriatic |
| Field of View | 50° |
| Working Distance | 13mm |
| Minimum Pupil Size | ≥2.8mm |
| Focus Modes | Auto / Manual |
| Exposure Modes | Auto / Manual |
| Operation | Auto / Manual |
| Photography | SLR camera |
| Resolution | 5megapixels |
| Diopter Compensation | ±25D |
| Fixation | Internal fixation |
| Autofocus Assistance | Dual camera |
| DICOM 3.0 | Yes |
| AI Port | Yes |
| Power Supply | 100 to 240v 50/60Hz |
| Dimensions (L×W×H) | 280 × 559 × 460mm |
| Weight | 21kg |
Single-key operation
Dual camera system
Automatic picture capturing
Advanced optical technology
Supports DICOM agreement
Multifunctional software system
The fundus camera is used in ophthalmology and optometry clinics to capture detailed retinal images for diagnosing and monitoring eye conditions such as diabetic retinopathy, macular degeneration, and glaucoma.
Zimed Fundus Camera features a high-resolution digital camera mounted on optical system to capture detailed images of the interior surface of the eye. It allows for both wide-field and high-magnification imaging. The camera often includes a bright, adjustable light source and sophisticated imaging sensors. Some are equipped with advanced features such as automated focusing, image stitching for panoramic views, and real-time image processing. Connectivity options, such as USB or network integration, enable seamless data transfer and integration. Our camera’s electronic medical record systems make it easier for healthcare professionals to analyze and store images for future reference.
Frequently Asked Question
The dual camera system is designed to enhance autofocus speed and accuracy. One camera assists with autofocus and alignment, while the second captures the retinal image. This dual approach improves image clarity, shortens examination time, and enhances overall diagnostic reliability, especially in patients who have difficulty maintaining fixation.
The single-key operation feature simplifies the imaging workflow by allowing users to perform key functions—such as focusing, capturing, and saving images—with just one button. This not only increases efficiency but also reduces user fatigue and training time, making it ideal for high-volume clinics and new users.
The camera uses advanced optical sensors and alignment algorithms to detect when the eye is properly positioned and focused. Once optimal conditions are met, the device automatically captures the image without the need for manual input. This automation reduces operator dependency, enhances consistency, and minimizes motion blur or errors during capture.
Yes, the system fully supports the DICOM 3.0 standard, allowing seamless integration with PACS (Picture Archiving and Communication Systems) and hospital electronic medical record (EMR) systems. This enables secure image storage, easy retrieval, and centralized data management for improved workflow and patient care.
The built-in multifunctional software system offers a wide range of tools, including: Image preview and enhancement (brightness, contrast, zoom, and color adjustments) Automated image analysis and labeling Patient data management and storage Comparative analysis for tracking disease progression over time Report generation with customizable templates AI compatibility, allowing integration with diagnostic algorithms or future upgrades
It depends on the type of Fundus Camera. Mydriatic cameras require pupil dilation for clearer images, while non-mydriatic cameras can capture images without dilation.
Yes, many modern Fundus Cameras support digital imaging and connectivity, allowing remote diagnosis and teleophthalmology consultations.
To ensure optimal performance: Regularly clean the lenses and camera body with appropriate materials. Calibrate the device as per manufacturer recommendations. Store in a dust-free, controlled environment. Schedule periodic servicing and software updates.
The image capture process is usually quick, taking only a few seconds. However, if dilation is required, the total process may take 20–30 minutes to allow the pupils to dilate fully.
Some Fundus Cameras are designed for portability, making them suitable for mobile clinics and fieldwork. However, traditional models are usually stationary and used in clinical settings.