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HFC-1 Fundus Camera

HFC-1 Non-Mydriatic Fundus Camera

Image of the HFC-1 Non-Mydriatic Fundus Camera by Huvitz in white and gray, with screen turned on showing a retinal image.

New from Huvitz, the HFC-1 Non-Mydriatic Fundus Camera has highly accurate and advanced autodetection technology for sharp, quick and reliable retinal imaging and measurements. Adjust modes quickly while measuring differing pupil sizes. With a 20 megapixel high definition camera,  The HFC-1 retinal camera captures images with reduced Motion Artifact and clearly defines fine details. Eye care professionals can expect efficient, automated technology for smooth and easy use.

HFC-1 Fundus Camera Brochure

Diagnostic Catalog

View of the operator's side of the Huvitz HFC-1 Non-Mydriatic Fundus Camera, showing a touch screen with an image of the retina, along with the control stick and side body of the retinal camera.
Patient's view of the Huvitz HFC-1 Non-Mydriatic Fundus Camera, showing the chin rest and lens for examining the retina.

Auto Tracking & Auto Shooting

Auto Tracking
& Auto Shooting

Quick and stable auto tracking and auto shooting based on highly accurate auto detection technology.

There is no need to change modes for measuring a small pupil, as HFC-1 can automatically adjust to measure this.

20 Megapixel Camera

20 Megapixel
High Definition Camera

Produces high quality images with reduced Motion Artifact, and can be enlarged to study details. Images can be visualized through a variety of modes for more accurate analysis.

Variety of Image Modes

Variety of Image Modes

  • Color: Brilliant & Full Spectrum Images
  • Blue: RNFL, Wrinkles, Edema, Cell Membrane
  • Red: Pigmentary Abnormalities, Choroidal Rupture, Birthmark, Melanoma
  • Red-Free: Glaucoma, Diabetic Retinopathy
  • Cobalt: RNFL

Enhanced Visualization Technology (EVT)

Enhanced Visualization Technology (EVT)

EVT helps acquire the highest quality images in for any clinical case. EVT is specifically beneficial when capturing fine pathological variation.

See images below for more detail.

A circular image showing a diagnostic image of the retina of the eye, specifically the epiretinal membrane. Enhanced Visualization Technology is applied making the retinal image brighter and highly visible.

A circular image showing a diagnostic image of the retina of the eye, specifically the epiretinal membrane. Enhanced Visualization Technology is applied making the retinal image brighter and highly visible.

 

A circular image showing a diagnostic image of the retina of the eye, specifically the epiretinal membrane. Enhanced Visualization Technology (EVT) is not applied, therefore making the visibility of the retina poorer than when EVT is applied.

A circular image showing a diagnostic image of the retina of the eye, specifically the epiretinal membrane. Enhanced Visualization Technology (EVT) is not applied, therefore making the visibility of the retina poorer than when EVT is applied.

Web Browsing System

Web Browsing System

Available within HFC-1 without any software installation. Analyze measurement data on web browsers like Chrome, Safari and Internet Explorer. DICOM compatible.

Fixation Target

Fixation Target

By adjusting the Fixation Target position on the LCD touch screen display, users can acquire more accurate and precise measurement results.

Panorama Function

Panorama Function

Creates a high resolution composite image showing a broader range of retinal surface area, all while minimizing any distortion.

Compact Design

Compact Design

Designed to conveniently cover only a small surface area of exam room space. This compact technology with built-in PC allows for measurement, analysis, diagnosis, and reporting on site rather than using an additional external eyecare provider.

12.1" LCD Touch Screen

12.1″ LCD Touch Screen

View measurements and results in real time on a large, high resolution screen with convenient, user-friendly touch screen functionality.

AMD

A circular image of the retina in the eye with spots indicating the presence of Age-related macular degeneration.

PDR, Laser Scar

A circular image of the retina in the eye with blotches indicating the presence of Proliferative diabetic retinopathy.

CNV

A circular image of the retina in the eye with spots indicating the presence of Choroidal neovascular.

Applied EVT
(Epiretinal Membrane)

A circular image showing a diagnostic image of the retina of the eye, specifically the epiretinal membrane. Enhanced Visualization Technology is applied making the retinal image brighter and highly visible.

Unapplied EVT
(Epiretinal Membrane)

A circular image showing a diagnostic image of the retina of the eye, specifically the epiretinal membrane. Enhanced Visualization Technology (EVT) is not applied, therefore making the visibility of the retina poorer than when EVT is applied.

Web Browsing System

Screenshot image of the web browsing system function for the Huvitz HFC-1 Non-Mydriatic Fundus Camera. Shows a web browser with two images of the retina and data associated with the images.

What is a non-mydriatic fundus camera?

Modern day fundus cameras are simple-to-use, revolutionary devices that capture detailed images necessary for maintaining ongoing eye health and addressing eye disease at earlier stages. A non-mydriatic fundus camera:

  • Makes use of the retina’s reflective properties to show details and store images that are superior to slit lamps and other commonly-used tools.
  • Does not require pupil dilation in the majority of cases, and is painless for patients.
  • Provides early detection and monitoring of a number of serious eye health conditions, such as macular degeneration, glaucoma, high blood pressure, damage caused by multiple sclerosis, and diabetic retinopathy.
  • Offers images that visually add to ophthalmologist notes, and creates a fuller picture of eye health that can be shared with other physicians easily in the collaborative management of patient health.
  • Is easy to operate with little training required.
  • Offers a wide angle of the targeted retina.
  • Has different filters to choose from for the purposes of image enhancement.

What are the different types of fundus cameras?

  • Non-mydriatic: Do not require dilating drops, can be more cost-effective, and can reduce exam time.
  • Mydriatic: Require dilating drops to expose clearer images of the retina.
  • Wide angle: Capable of capturing images between 45° and 140° angle of view, but may produce less magnification.
  • Narrow angle: Cameras with 20°, or less, angle of view.
  • Simultaneous stereo: Less common cameras that place retinal images side by side on a 35mm frame.

What is a mydriatic camera?

The non-mydriatic fundus camera does not:

  • Provide stereoscopic capability.
  • Detect abnormalities that are outside of the field viewed.
  • Artifact from under- and over-exposure.
  • Garner third-party coverage from most providers without concurrent eye exams.

What is the difference between Optomap scan and fundus camera?

An Optomap scan captures an ultra wide-angle, high-resolution images similar to panoramic photos of the retina, and typically require dilating  drops. Fundus cameras produce images without an ultra wide-angle. Fundus cameras are capable of producing high-quality images for a fraction of the price. The HFC-1 is capable of creating a high-resolution composite image showing broader range of retinal surface area, minimizing distortion.