Products and Solutions
Swept Source OCT Series
  • 标签1
  • 标签3
  • 标签3



图层 5.png

BMizar‍

400KHz Ultra-Widefield Full-Range SS-OCT‍


形状 2.png

TowardPi Medical has introduced the world's first 400 kHz speed Ultra-Widefield Full-Range SS-OCTA, with all core components developed in-house, including an ultra-high-speed acquisition card and an integrated bi-aspherical wide-angle lens. This system makes it possible to achieve 120° ultra-widefield full-range SS-OCTA within 7–15 seconds.

Powered by built-in AI technology, the TowardPi OCT system integrates precise segmentation algorithms and choroidal OCTA algorithms, providing not only high-quality images but also comprehensive flow quantifications and structural measurements across all sizes. Additionally, TowardPi OCT offers numerous exclusive features, including anterior segment OCTA, choroidal OCTA, iSpot function, retinal curvature analysis, and vascular linear density analysis and so on introducing new dimensions for disease management and further exploration.



组 35.png





Navigation Surgical Microscope Series
  • 标签1
  • 标签2


拨云(2).png

Baryon

Intelligent 4D Navigation Surgical Microscope


形状 2.png

TowardPi Medical combines cutting-edge engineering and technology from Tsinghua University, pioneering innovations in ophthalmic microsurgery and unlocking new possibilities for precision and intelligence in surgical procedures.

Equipped with built-in 4D SS-OCT technology and an integrated 4K 3D surgical system, Baryon offers unprecedented surgical precision and enhanced teaching guidance capabilities.

A 400 kHz high-speed swept-source OCT is integrated into the microscope system, providing ultra-widefield high-resolution intraoperative SS-OCT navigation and real-time 3D reconstruction imaging.The ultrawide and ultra-deep imaging and intraoperative measurement technology enhance the accuracy, safety, and comprehensiveness of surgeries.

The microscope's AAA optical technology and motorized wide-angle design, combined with an advanced automated control system, deliver a clear and deep visual field for ophthalmic surgeries, significantly improving surgical outcomes.


组 35.png







Swept Source Biometry
  • 标签1



子午2.png

Zalioth

25KHz Swept Source Biometry


形状 2.png

Dynamic panoramic visual axis imaging biometer. The whole eye data can be obtained in one measurement based on 25KHz speed high-resolution SS-OCT on 12 orientations. With built-in segmental refractive index and dual-model keratometry, Zalioth provides a higher detection rate and greater accuracy of data.

Zalioth provides comprehensive IOL power calculation formulas for all axial lengths and all ocular status with customized report templates, anterior and posterior corneal topography, corneal wavefront aberration and lens analysis for refractive cataract surgery. It also provides reference image for navigation surgery.


组 35.png




Ophthalmic Confocal Laser Scanning Ophthalmoscope
  • 标签1




图层 5.png

Zursa

Ophthalmic Confocal Laser Scanning Ophthalmoscope


形状 2.png

1.Non-mydriatic

2.150° ultra-widefield image without montage: Enables the diagnosis of diseases involving the peripheral retina, such as DR, RVO, Coats, FEVR, and Eales, improving inspection efficiency and helping to avoid missed diagnoses and misdiagnoses.

3. Confocal laser imaging technology: More comfortable; no need to wait for the pupil to return, leading to higher shooting efficiency. Laser imaging also provides excellent results for patients with poor refractive stroma. Layer-by-layer focusing improves resolution and signal-to-noise ratio, supporting chromatography and providing diagnostic information for lesions.

4. Four-band laser imaging: Four lasers with different wavelengths are integrated: 785nm infrared laser, 660nm red laser, 520nm blue laser, and 488nm green laser. This covers the retina and choroid completely, providing more diagnostic information for diagnosing retinal and choroidal diseases. Additionally, the color photos produced by the RGB three-primary-color lasers have high color reproduction, offering a more accurate representation of the fundus.

5. Multi-mode imaging platform: Provides over ten imaging modes, including RGB tricolor laser imaging color photos, blue channel laser imaging, green channel laser imaging, red channel laser imaging, IR imaging, no red light, AFA-Blue, AFA-Green, glaucoma stereo imaging, FFA*, ICGA*, dynamic contrast*, and more. It meets various clinical needs.

6.Supports accurate alignment analysis combined with 120° ultra-widefied full-range scanning OCT & OCTA multimode.


组 35.png