📋 Basic Information
Filters
Stimulating Filter (Red & Blue)
Power Supply
AV 220V±22V; 50Hz±1Hz
Production Capacity
5000 units/Set
🔬 Product Overview
Medical YSAPS-200 Ophthalmic Fundus Fluorescein Angiography
⚙️ Technical Specifications
- Working Distance: 40mm from cornea (Errors: ±2mm)
- Field of Vision Scope: 42° - 53°
- Horizontal Angle: ±30°
- Movement Scope: Front/Back: 60mm; Left/Right: 120mm; Up/Down: 30mm
- Environmental Requirements: Temperature: -5ºC to 40ºC; Humidity: ≤85%
- Input Power: ≤300W
✨ Core Functions & Features
Operation Mode
Non-mydriatic
Eye Detection
Auto detected eye position
Pupil Requirement
Size ≥ 3mm
Focusing
Auto / Manual focus
Illumination
Infrared source
Image Resolution
10 Mega Pixels
FFA Support
Picture & Video FFA image capture
🛠️ Service & Support
Pre-sales Service
- Inquiry and consulting support
- Sample testing support
- Timely response to customer questions
After-sales Service
- Installation and operation training
- Overseas machinery service availability
- 24/7 online technical support
❓ Frequently Asked Questions
What is the primary advantage of the non-mydriatic function?
The non-mydriatic function allows for fundus imaging without the need for pupil-dilating eye drops, making the examination faster and more comfortable for the patient.
Does this system support both image and video FFA?
Yes, the YSAPS-200 supports capturing both high-resolution still images and real-time video for Fundus Fluorescein Angiography.
What is the required minimum pupil size for a clear image?
The system is designed to work efficiently with a pupil size as small as 3mm.
How does the auto-focus system work?
The device features an auto-detection system for eye position and provides both auto and manual focus options to ensure crystal clear fundus imagery.
What are the power and environmental requirements for operation?
The unit operates on AV 220V±22V (50Hz) and is designed for environments between -5ºC and 40ºC with relative humidity ≤85%.
Is the flash intensity adjustable?
Yes, the system can automatically adjust both flash and illumination intensity based on the specific pupil size of the patient for optimal exposure.