400kHz speed full-range swept-source OCT for anterior and posterior
BMizar (BM-400K) showcases the industry’s most powerful OCT “engine” with a 400kHz swept-source. Its exceptional optic design elevates the experience of OCT Angiography to an unprecedented level. With high-definition imaging of the retina, choroid, and anterior, it effortlessly covers an incredibly large area in a single scan (achieving a 24 mm width OCTA in just 7-15 seconds).
This revolutionary technology is a game changer for clinical practices, particularly in the diagnosis and treatment of diseases such as DR, RVO, RAO, and more. Furthermore, the BMizar offers a vast dioptric adaptive range, making it feasible to perform all types of OCT/OCTA scans on small animals like rabbits, cavies, and even mice without the need for additional lenses.
When it comes to precise diagnostics and successful treatment of the anterior segment of the eye, it provides the basis for a comprehensive and reliable diagnosis
Normal SD OCT systems typically offer a maximum scan range of 6mm to 12mm for posterior segment imaging and up to 15mm axial depth in advanced swept-source variants, constrained by speed and resolution limits.
In contrast, the BMizar OCT, a high-speed 400kHz full-range swept-source system, achieves an expansive maximum scan range of 24mm x 20mm for ultra - widefield posterior OCTA and 24mm length for anterior segment scan, enabling comprehensive coverage of the retina and choroid in a single acquisition. this advancement significantly enhance diagnostic efficiency for conditions like diabetic retinopathy.
Structural en face OCT and Anterior segment helps in evaluating the topographic location of the lesions.
Epiretinal membrane 3D / Iridoschisis 3D
Here’s CSR(Central serous chorioretinopathy) case. In SD-OCT, the outer limit of the choroid and the sclera cannot be reliably identified due to the scattering of light from RPE. SS-OCT has enabled better visualization of choroidal structures and choroidal-scleral interface, which is useful for the diseases of pachychoroid. The TowardPI ® BMizar uses Swept-Source OCT with Full-range scanning technology to provide 3.8 μmresolution and 1000-1300 Wavelength of retina structures that conventional systems cannot achieve. While SD OCT + EDI systems offer high scan depth, they are limited in resolution to approximately 5-8 μm and 850±20nm wavelength , insufficient for revealing fine details. We offer
Equals to 120 degrees fundus,24mm HD line B-scan shows that the details of posterior segment structure imaging, including retina and choroid, PPVP (Posterior precortical vitreous pocket) above macula and Cloquet’s canal above optic disc were clearly visualized. and the most important is the image signal strengths are identical.
Normal SD-OCT
Full Range SS-OCT Images – impressive, convincing, simply sharp
Full Range retina vessels
Full Range Choroid vessels
Retinoschisis
Cystoid macular edema
Normal Eye (vitreous, retina and choroid)
Retinal Vasculitis
Branch Retinal Vein Occlusion
Flow density & FAZ indexes, Diabetic Retinopath
Hereditary Deep Dystrophy Of Cornea
Pterygium
Find out why the TowardPi® OCT technology produces significantly higher resolution images than SD-OCT.
Best of both worlds
OCT and OCTA technology
Discover clinical studies and case reports highlighting the precision, reliability, and impact of our solutions in daily practice.
OCT Model:BM-400K
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