Towardpi

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TowardPi Medical Technology

TowardPi Medical was founded in 2017, with its core technology originated from Tsinghua's scientific and technological achievements transformation and the core technical team is composed of dozens of graduates from Tsinghua University. TowardPi Medical has developed a series of high-end medical equipment, and the company currently has more than 300 employees, including more than 100 staff in the R&D team, with an annual R&D investment of nearly 100 million yuan. TowardPi Medical established R&D centers in Beijing and Shanghai, as well as manufacturing bases in Beijing, Suzhou, and Tianjin. Currently, TowardPi products are exported to dozens of countries around the world. The product line covers ophthalmic OCT, surgical microscopes, ultra-wide-field fundus cameras, optical biometers, etc, and there are product lines such as ophthalmic femtosecond laser and phaco-vitrectomy under development.

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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.

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400KHz Full-Range SS-OCT

BMizar

100KHz Full-Range SS-OCT

Yalkaid

SS Optical Biometer

Zalioth

Digital Navigation Microscope

To be released

Latest News

Latest updates from TowardPi

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Proliferative Diabetic Retinopathy, PDR with NVD (Vitreous slab), OCTA single scan

Proliferative Diabetic Retinopathy, PDR with NVD (Vitreous slab), OCTA single scan (1536 x 1280) ‘Every image is evocative like a work of art. TowardPi's full -range swept-source OCTA is a giant leap in the field of OCT technology. Deep, wide, clear and fast, it finally turned the features expected by us into reality!’

2024-04-23

Posterior Vortex Veins in Healthy Eyes Captured by Ultra-widefield OCTA

Perfectly consistent with ICG New research published in the Investigative Ophthalmology & Visual Science investigated the incidence and characteristics of posterior vortex veins (PVVs) in healthy eyes and explored their relationship with age and refractive status by using ultra-widefield OCTA (UWF-OCTA). This study confirmed PVVs' presence in healthy eyes (16.1%, 82/510) and classified PVVs into three types based on the location of the vortex vein exit from the eyes: those around the optic disc (fig.1 C), those in the macula area (fig.1 F), and those in other areas of the posterior pole (fig.1 I). Interestingly, this study revealed a predominant presence of PVVs around the optic disc (fig.2), followed by other areas.

2024-04-22

Corolla in the Fundus, Ultra-widefield OCTA of Takayasu Arteritis

29-year-old female presented with abnormally increased C-reactive protein and erythrocyte sedimentation rate was diagnosed as Takayasu arteritis complicated with severe retinopathy. The scleral vessels in her right eye were observed highly dilated with iris stroma atrophy and irregular pupil as shown in the picture. Both eyes underwent pan-retinal photocoagulation (fig.1).

2024-04-12

A Wireless Battery-free Eye Modulation Patch for High Myopia Therapy

The new study recently published in (IF=16.6) presented a battery-free eye modulation patch designed to correct high myopia and prevent relapse. Positioned on the sclera near the optic nerve, corresponding to the macular area, the patch uses piezoelectric transduction to convert external ultrasound into electrical energy, and then controls the device’s components. The micro-actuator creates gas bubbles, causing a membrane to expand and retract the sclera behind the macula, effectively shortening AXL (axial length) for vision correction. The microneedle array delivers riboflavin to the posterior sclera, while μ-LEDs induce scleral collagen cross-linking (SCXL), strengthening the sclera against high myopia-induced relaxation.

2024-04-10