Aps-Cer (Model B) Fundus Camera & Fluorescein Angiography System

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Aps-Cer (Model B) Fundus Camera & Fluorescein Angiography System

Customization:	Available
Customized:	Non-Customized
Field of View:	50

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Product Description

Basic Information

Model NO.

APS-CER (Model B)

Minimum Pupil Size

3.3mm

Focus Modes

Auto/Manual

Operation

Auto

Image Resolution

18mega Pixel

Working Distance

35mm

Diopter Compensation

25D

Fixation

External/Internal Fixation

Dicom 3.0

Yes

Transport Package

Standard Exporting Package

Production Capacity

100 Units/Month

Product Description

APS-CER (Model B) Fundus Camera & Fluorescein Angiography System

Key Features

🔘 One touch image acquisition

🔍 Fast and accurate autofocus

👁️ Non-mydriatic and auto exposure

⚡ Smart operation: automatic, easy, and fast

Technical Specifications

System Parameters
Acquisition modes	Non-Mydriatic photography, Anterior segment photography, Fundus fluorescence angiography (optional)
Field of view	50°
Minimum pupil size	3.3mm
Focus modes	Auto/Manual
Operation	Auto
Image acquisition time	Within 10 seconds
Image resolution	18 mega pixel
Working distance	35mm
Diopter compensation	±25D
Fixation	External fixation / Internal fixation
DICOM 3.0	Yes
Autofocus assist light	Infrared LED
Power supply	100-240V 50/60HZ

Frequently Asked Questions

1. What is the minimum pupil size required for imaging? The system can perform effectively with a minimum pupil size of 3.3mm.

2. Does the APS-CER (Model B) support automatic focusing? Yes, it features both Auto and Manual focus modes, with fast and accurate autofocus capabilities.

3. What is the image resolution of this fundus camera? The system provides high-definition imaging with a resolution of 18 megapixels.

4. Can this device perform Fluorescein Angiography? Yes, Fundus Fluorescence Angiography is available as an optional acquisition mode.

5. Is the system compatible with hospital imaging standards? Yes, the system is DICOM 3.0 compliant, allowing for easy integration into medical networks.

6. How long does it take to acquire an image? Image acquisition is very efficient, typically completed within 10 seconds.