Moptim
Mocean 3000
The Mocean 3000 has recently been upgraded to perform 50,000 A-scans per second and is described by UK distributor Grafton as a state-of-the-art OCT device ideal for optometry practices. Leveraging advanced scanning laser ophthalmoscope (SLO) technology, the device offers wide-range, high-resolution fundus imaging said to aid clinicians in easily locating retinal lesions before acquisition. The device’s SLO-based real-time retinal tracking, operating at 100 times per second with a 95% success rate, effectively minimises motion artefacts, providing clearer and more reliable results.
Additionally, the Mocean 3000 offers an enhanced scan depth of 3.1mm that enables detailed visualisation of the retina, vitreous and choroid, improving the accuracy of diagnoses. Grafton says multiple scan patterns, including macula and glaucoma-specific options, deliver comprehensive insights into retinal and optic nerve health.
By optimising performance and workflow, the Mocean 3000 is said to benefit both patients, through precise and timely disease detection, and practices, by enhancing diagnostic efficiency and confidence.
Optopol
Revo FC
UK distributor BIB says the Optopol Revo FC OCT is the fastest mid-range OCT with 80,000 A-scans per second. The device also provides real-time eye tracking that comes as standard to minimise artefacts and eye movements, which is said to vastly reduce the
need for re-scans.
The Optopol Revo series is said to be one of the only OCTs that provides full visualisation of the anterior chamber and lens without the need for any adapter. The company notes that the biometry software module has proven to be the most popular optional module for this OCT and, for those involved in myopia management, it provides a fast, convenient and low-cost solution for measuring axial length.
Revo FC OCT is fully Dicom ready and the system is said to be futureproof and ready for the new standardisation in sending medical images for referrals. Additional features include one touch full automation, a built in 12.3 megapixel true colour fundus camera and a space-saving design.
Topcon
Triton OCT
The Topcon’s Triton will soon be available with new optional widefield imaging, with 21mm x 21mm OCTA scans.
The updated Triton combines swept-source OCT/OCTA with true colour fundus imaging and optional autofluorescence fundus imaging. The device is said to produce clear B-scans, while an invisible 1,050 wavelength visualises the deepest layers of the eye in a single image.
Birmingham Optical
Nidek Retina Scan DUO 2 (RS-330 II)
Birmingham Optical notes that the Nidek Retina Scan Duo 2, which it distributes in the UK, has been upgraded. The updated device is a
fully automated combined OCT and colour fundus with a large array of scan options. The new model is capable of 70,000 A-scans per second. The new one-shot scan captures macula and disc OCT and colour fundus in seconds and is available as standard with the new model.
Also, as standard, is the new denoising software, making all scans higher resolution, and there is optional OCT-A and fundus autofluorescence too. The OCT-Viewer software makes progression analysis automatic and easy, even on the one-shot scan. The new structural normality map can help map lesions like drusen, enhancing tracking of pathology. Birmingham Optical says the end result is better speed, efficiency and imaging, improving patient outcomes.
Heidelberg
Spectralis
Heidelberg Engineering describes Spectralis as a cutting-edge diagnostic tool that offers high-resolution OCT imaging and confocal scanning laser ophthalmoscopy (cSLO). Its strengths, says Heidelberg, lie in its precise and detailed visualisation of retinal layers, enabling early detection and monitoring of eye conditions such as glaucoma, age-related macular degeneration and diabetic
retinopathy.
For patients, this means earlier diagnosis, more effective monitoring and improved outcomes. For practices, the Spectralis enhances diagnostic confidence, facilitates efficient clinical workflow and supports better patient management. Its advanced features reduce the likelihood of errors, leading to more accurate diagnoses and treatment plans, ultimately improving patient care.
