Topcon company is the first worldwide tha introduces a combination of optical coherence tomography of the anterior and posterior eye, DRI-OCT Triton. Moreover, DRI-OCT Triton incorporates colourful camera of high analysis and fluorovasculography and autofluoresence imaging. 
SWEPT-source-OCT provides significant improvement comparing to conventional OCT. Due to the improved scan light of wide wave length (1050nm), there is better penetration at the deeper eye layers. Even more, this scan light penetrates better through cataract, bleeding, blood vessels and sclera. 
The highest scan speed in the world is 100000 A-scans/second. It is almost the double than the highest scan speed, comparing to Topcon SD OCT, that will bring more scans for a B-scan image and a nore clear image that emphasizes the effectiveness and quality of diagnosis. 
The high penetration of the light from the Swept source can easily and clearly illustrate deep eye layers, such as the chorioid and the sclera. Another advantage of the Swept source is that it can clearly illustrate the vitreous as well as the chorioid in a single scan that is uniformly clear without intervals. This erases the need of time-wasting vitreous/chorioid scans. 
In a single image both the vitreous and the chorioid reveal in a crystalline way. The Topcon DRI-OCT strengthens the illustration of the exterior structures of the retina and the deep pathological findings. The Topcon DRI-OCT Triton automatically detects 7 layers including the one of the sclerachorioid boundary. The B-Scan 12mm covers the area of the macula as well as the optic disc. 
The invisible wave length 1050nm does not abstract the concentration of the patient. Patients don't see the scan line, that is an advantage for old patients and kids. Reduce in moving objests and increased repetability.

 

Combined detections cover the macula and disc areas in a single capture and offer analysis of both the macula and the layer of retinal fibers (RFNL). Combined scanning is effective for the user and comfortable for the patient. Combines examinations allow macula and disc analysis in an overview.

Topcon DRI-OCT offers a real, colourful, without mydriasis fundus image while using a low-intensity flash. This unique characteristic is a perfect tool for the detection of scan spot in the eye using the patent Diploma-assured labeling Pinpoint Registration TM by Topcon. DRI-OCT Triton Plus offers a wide range of diagnostic choices with versatile colour illustration of the fundus, fluorescent angiography (FA) and auto-fluoresence (FAF) fore even more diagnostic possibilities. For the first time, Pinpoint Registration TM will be available with automatic fundus fluorescence and OCT Source Swept. 
SMARTTrack TM is a very useful tool to balance the unintentional eye movements (microsaccades). It allows the automatic capture of an observation scan in the exact same anatomic position. SMARTTrack TM improves the equipment's usability.
Topcon DRI-OCT Triton can expand to include anterior illustration, making Source Swept a flexible diagnostic tool for both anterior and posterior illustration. The anterior accessory ensures clear images even in the angles of the cornea and the deep images of the anterior chamber.

OCT vasculography using the swept source OCT method: highest illustration through a powerful technology combination.
SS-OCT-Angio of Topcon is the only system that combines high quality OCT Vasculography with OCT Source Swept. Built in the clinically proved DRI-OCT Triton platform, supplied by OCTARA TM, a proprietary image editing algorithm that provides extremely sensitive vascular detection. A great illustration of the vessels' structure is being performed, even in the chorioidal and deeper layer of the retina. 
OCTARA TM is the image editing technology that exports the signal shifts that come from the vascular flow using multiple B-Scan OCT that where obtained in the same position. It proves high sensitivity for the detection of low-flow blood in the microvascular system. It's expected that OCTARA will be useful for detection of microvessels or capillary abnormalitites, with the use of multiple B-Scan OCT that where obtained in the same position.