Changyi Guangke (Suzhou) Technology Co., Ltd.

Changyi Guangke, headquartered in the Suzhou Industrial Park of the China (Jiangsu) Pilot Free Trade Zone, maintains branch offices in Xi’an and Qingdao. As a high-tech enterprise specializing in micro‑ and nano‑scale optical imaging and the R&D and manufacturing of advanced optical instruments, Changyi Guangke is one of the few domestic manufacturers that independently develops software, hardware, and underlying components across the entire technology stack.

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Changyi Guangke DEMO | Empowering research procurement decisions with real-world performance data

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Release time:2025-11-20

Summary: To help customers thoroughly validate equipment compatibility prior to procurement, last week Changyi Optoelectronics brought a Meagle100 laser confocal microscope prototype into the laboratory of a leading pharmaceutical university in Jiangsu Province, offering the research team an exclusive trial of the prototype and on‑site testing of sample specimens—delivering real‑world imaging results that address researchers’ core needs for advanced microscopic imaging systems.

To help customers thoroughly validate equipment compatibility prior to procurement, last week Changyi Optoelectronics brought a Meagle100 laser confocal microscope prototype into the laboratory of a leading pharmaceutical university in Jiangsu Province, offering the research team an exclusive trial of the prototype and on‑site testing of sample specimens—delivering real‑world imaging results that address researchers’ core needs for advanced microscopic imaging systems.

During the trial period, our engineers worked closely with the university’s researchers to conduct tests on a variety of representative samples.

Demonstration of Test Results for Organoid Samples

Visible imaging results and a smooth, intuitive user experience.

Following the completion of testing, the customer’s principal investigator stated that both the prototype trial and the laboratory‑scale measurements provided clear evidence of Meagle100’s suitability for organoid research, thereby furnishing a robust empirical basis for subsequent procurement decisions. In light of the feedback from this trial, Changyi Guangke will also offer customers more tailored equipment configuration recommendations to support the efficient advancement of their research endeavors.

Keywords:

Scientific research,Laser scanning confocal microscope


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