About mesoView

mesoView Co. Ltd., founded in 2022, is an original Taiwanese medical imaging technology company. Our key technology was transferred from the Graduate Institute of Photonics and Optoelectronics at National Taiwan University. Our research team there pioneered the development of the globally leading mesoscale Nonlinear Optical Gigascope (mNLOG) platform technology, which has opened new frontiers in Nonlinear Optical Microscopy (NLOM). Utilizing this key technology, mesoView has developed NLOM imaging systems featuring a fine millimeter-scale field of view, submicron imaging resolution, and faster scanning speeds.
Our mission

Our mission

Microscopic precision, macroscopic impact
Redefining clinical and medical imaging

mesoView is committed to advancing clinical microscope technologies that improve diagnostic precision and healthcare efficiency worldwide. By partnering with top medical experts and photonics innovators, we’re expanding the role of nonlinear mesoscopes in pathology, neurology, dermatology, and surgery. Our R&D also integrates AI to elevate imaging performance. With continuous innovation, we aim to bring Taiwan’s medical device excellence to the global stage.

Meet our team

Get to know us

Milestone

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2022

  • Startup team building-MOEA (Ministry of Economic. Affairs.) valuation creation project
  • Technology transfer from National Taiwan University
  • Completed Angel round fundraising and established mesoView Inc.
  • MOEA Tree 2022 Entrepreneurship Competition - Winning team and Judge’s Favor Award
  • The winning team of the 6th "Entrepreneurial Star Draft Contest" of Economic Daily
  • 17th &19th National Innovation and Advancement Award “Free intraepidermal nerve ending scope (FINEscope)”
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2023

  • Publication in Communications Medicine 3 (1), 77 - Rapid digital pathology of H&E-stained fresh human brain specimens as an alternative to frozen biopsy
  • Completed Seed round fundraising.
  • FINEscope prototype and engineering model completed
  • Publication in Peripheral Nerve Society (PNS) 2023 - Noninvasive Visualization of Free Intraepidermal Nerve Endings for Realtime Diagnosis of Small Fiber Neuropathy
  • PNS 2023: Summary of Meeting Highlights- Novel Imaging approaches “FINEscope imaging of intraepidermal fibers”
  • PATHOscope engineering model completed
  • Winner for FITI Program Competition “Entrepreneurship Excellence Award”
  • MESOscope product launch
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2024

  • Publication in Cell Reports Methods 4 (3)-Discontinuity third harmonic generation microscopy for label-free imaging and quantification of intraepidermal nerve fibers
  • Completed Pre-A round fundraising.
  • Awarded SBIR Industrial innovative R&D Grant by Ministry of Economic Affairs
  • Publication in 36th European Congress of Pathology 2024- Rapid digital pathology imaging for breast cancer morphology diagnosis
  • PATHOscope v2.0 model iteration completed
  • mesoSync - Pathology image remote software prototype completed
  • Publication in 2025 USCAP (Accepted)-A Comparative Study on H&E Based Rapid Fresh Digital Pathology and Frozen Section Analysis for Intraoperative Margin Assessment in Breast-Conserving Surgery
  • mesoScanner (High speed imaging)- Galvo-Resonant Scanners and Controller prototype completed
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2025

  • Ministry of Economic Affairs Research Institution Outstanding Potential Award
  • Ministry of Economic Affairs Research Institution Outstanding Entrepreneurship Award
  • Selected for the 2025 TMU Medical Accelerator Program
  • Selected for the 2025 IAPS Accelerator Program
  • Selected for 2025 New Taipei Innovation Forum
  • Selected for the 2025 A8 Industry Accelerator Program
  • Selected for UC Berkeley Skydeck IPP program