Description
Nidek RS-330
The Nidek RS-330 Retina Scan Duo 2 with FAF is a combined OCT and fundus camera system that incorporates new features enhancing screening and clinical efficiency in addition to user-friendly features that were incorporated from the previous model. Nidek RS-330 OCT is a combination of a High-Definition OCT and fundus camera. Optional delivery with FAF (Auto-fluorescence function).
FEATURES:
- Fundus image acquisition with macula and disc capture in one image on OCT
- Combined diagnosis of macular and disc pathologies
- Wide area scan (12 x 9 mm)
Wide area normative database (macula: 9 x 9 mm, disc: 6 x 6 mm): A 12 x 9 mm wide area image can be acquired. The retina map captures both the macula and disc in a single shot. The normative database provides a wide area color-coded map comparing the patient’s macular thickness to a population of normal eyes. - Denoising technique with deep learning: A new image enhancement technique using deep learning automatically displays a denoised image once B-scan acquisition is complete. With deep learning of a large data set of images averaged from 120 images, this denoising technique provides high definition images comparable to a multiple-image-averaging technique.
- Quick acquisition of high definition B-scan images from a single-frame image
- Fundus autofluorescence (FAF): The FAF function is an advanced screening feature that allows non-invasive evaluation of the RPE without contrast dye.
*Available for the FAF model
Nidek RS-330 Retina Scan Duo 2 with FAF
- Easy operation with 3-D auto tracking, auto shot, and user friendly interface
- High definition images
- Wide area scan (12 x 9 mm) / Wide area normative database (9 x 9 mm)
- Multiple OCT scan patterns
- Value added features
- Various reports
Nidek High speed image capture
- OCT images are captured at scan speeds of 70,000
- A-scans/s which is 32% faster than acquisition with the
- Retina Scan Duo™ using Regular OCT sensitivity*
Wide area scan (12 x 9 mm)
Wide area normative database (macula: 9 x 9 mm, disc: 6 x 6 mm)
- A 12 x 9 mm wide area image can be acquired. The retina
- map captures both the macula and disc in a single shot.
- The normative database provides a wide area color-coded
- map comparing the patient’s macular thickness to a
- population of normal eyes.
Denoising using deep learning
- A new image enhancement technique using deep learning automatically displays a denoised image once
- B-scan acquisition is complete. With deep learning of a large data set of images averaged from 120 images,
- this denoising technique provides high definition images comparable to a multiple-image-averaging
- technique. The denoising function generates high definition images from a single frame while decreasing
- image acquisition time and increasing patient comfort
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