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TowardPi Medical Technology

TowardPi Medical was founded in 2017, with its core technology originating from Tsinghua's scientific and technological achievements transformation. Its core technical team is composed of dozens of graduates from Tsinghua University. TowardPi Medical has developed a series of high-end medical equipment and currently employs more than 300 individuals, including over 100 staff members in the R&D team. The company invests nearly 100 million yuan annually in research and development. TowardPi Medical has established R&D centers in Beijing and Shanghai, as well as manufacturing bases in Beijing, Suzhou, and Tianjin. TowardPi's product line covers ophthalmic OCT, surgical microscopes, ultra-wide-field fundus cameras, and optical biometers. Additionally, product lines such as ophthalmic femtosecond laser and phaco-vitrectomy are under development.

2017/ year
Established
300/ people
Number of employees

Business

At TowardPi, our mission is to advance technical engineering and drive new clinical discoveries in the medical field. We are commited to establishing ourselves as a full range supplier of high-end ophthalmic equipment.

Latest News

Latest updates from TowardPi

Astonishing

Astonishing Auto-Segmentation!

Putting aside the exquisite choroid OCTA picture (above), the perfect accuracy of auto-segmentation alone is also astonishing (below). And this, is just one of the hundreds of standard functions from TowardPi full range swept source OCT/OCTA.  
2025-02-07
Asteroid

Asteroid Hyalosis with Retinal Detachment

Asteroid Hyalosis with retinal detachment. 3D (L) and Radial lines (R) captured by #Yalkaid, a full range swept source OCT from TowardPi. Default setting (no further extended length or depth). Image courtesy: Dr. Mengshi Weng, Maoming People’s Hospital, China.
2025-02-03
Retinal

Retinal Macroaneurysm revealed by 3D full range SS-OCTA!

Retinal Macroaneurysm revealed by 3D full range SS-OCTA! An 82-year-old female who had a history of arteriosclerosis complained vision loss in her right eye. The visual acuity was 20/50 in her right eye while 20/30 in her left eye. Intraocular pressure in both eyes was normal. Color fundus images discovered bilateral refractive media opacity and a spindle-shaped lesion nearby a small branch retinal artery inferotemporal to optic disc in her right eye (fig. 1 blue circle). High-resolution B-scan image revealed thickened retina with subretinal fluid (fig. 1 thickness map). An oval hyperreflective entirety was found located in the internal retina with relatively low internal reflection, corresponding to the spindle-shaped lesion on color fundus and SLO image (fig.1 blue arrow). 12mm x 12mm OCTA image clearly showed a retinal macroaneurysm with internal blood signals detected on the flow-overlaid B-scan image (fig. 2). It was more obvious with higher flow density on the vessel density map (fig. 2 white circle). With 3D reconstruction of the angiography, the morphology of the macroaneurysm and the spatial relationship with the retinal vessels could be vividly observed (gif. red arrow). A TowardPi full range SS-OCTA #YAlkaid was used in this case to acquire comprehensive structural and flow information of the retinal macroaneurysm. Thickness map and flow density can be quantified on the device. Structure and flow can both be reconstructed in three-dimension for further exploration of diseases. Case courtesy of: Dr. Jian He and Special Examination Department from Central Hospital of Jin Zhou. Editor: Dr. Chloe Li, TowardPi Medical  
2025-01-29

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