Company Profile

Vibronix focuses on the development and application of microscopic imaging technologies. With innovation at its core, the company delivers professional and reliable micro-scale observation solutions for advanced fields of science and technology.

About Vibronix

Founded in 2017, Vibronix has built years of R&D expertise in nonlinear optical microscopy, photoacoustic imaging, and optical navigation. The company holds more than 10 core self-developed patents and 16 exclusively licensed patents from world-renowned research institutions and universities.

Founded in

2017
square meters of R&D and manufacturing space

1000+
core self-developed patents

10+

Our Strengths

Breaking Through Technical Barriers

As a domestic company dedicated to coherent Raman technology, Vibronix combines world-class Raman microscopy capability with industry-leading multimodal imaging to break through the limits of conventional imaging and enable precise molecular-level visualization.
Backed by a World-Class Scientific Team

The founding team has more than 20 years of deep experience in molecular spectroscopic imaging. Core members come from leading institutions including Fudan University and Purdue University, with research published in top journals such as Nature Photonics.
Deep Adaptation Across Multiple Fields

Our technologies support applications across spatial omics, metabolomics, neuroscience, semiconductor inspection, and more, enabling tailored solutions from scientific research to industrial deployment.
End-to-End Service Ecosystem

Vibronix provides full-process support from instrument development and solution design to technical service, helping customers move efficiently from requirements to implementation.

Technology Platforms

Coherent Raman Technology Platform
Transient Absorption Technology Platform
Ultrafast Laser Infrared Platform

- Coherent Raman Technology Platform
  - Technical advantage
    
    Key advantages include sensitivity up to 10⁶ times higher than spontaneous Raman, imaging resolution of 200 to 500 nm, chemical specificity, label-free non-destructive imaging and single-cell in situ analysis.
  - Technical Principle
    
    The principle relies on stimulated Raman loss, stimulated Raman gain, and CARS signal generation to amplify Raman signals and improve both signal-to-noise ratio and spatial resolution.
- Transient Absorption Technology Platform
  - Technical advantage
    
    Key advantages include sensitivity down to 10^-7 OD at 100 us integration time and ultra-high imaging speed.
  - Technical Principle
    
    The principle is based on measuring absorption changes after optical excitation to study electronic energy levels and related dynamics, while mapping their two-dimensional distribution in the sample.
- Ultrafast Laser Infrared Platform
  - Technical advantage
    
    Key advantages include high resolution, fast imaging, high sensitivity and signal-to-noise ratio and water-background suppression.
  - Technical Principle
    
    The principle uses a tunable mid-infrared pump beam to create a local temperature gradient and refractive index change, then probes that change with visible light to generate mid-infrared photothermal imaging and infrared spectral information.

Development Milestones

2025

Continued commercial deployment.

Vibronix systems were adopted by leading universities and research institutes including Peking University, Zhejiang University, the University of Vienna, Lanzhou University, Shenzhen Bay Laboratory, SIAT, Harbin Medical University, Huazhong University of Science and Technology, Chengdu University of Traditional Chinese Medicine, Huaxi Precision, and Southern Medical University.
2024

Launched multiple products including SuperView, ExtraView, and HyperView, further expanding the product portfolio.
2023

Officially launched the UltraView MK-II.

Developed and standardized industrial solutions for lithium battery inspection and synthetic biology analysis, marking a breakthrough in industrial applications.

Established the Demo Center.
2022

Approved for a major national science and technology project under the 14th Five-Year Plan focused on rapid pathogen identification and antimicrobial susceptibility testing.

UltraView also entered formal commercialization.
2021

Began pilot sales of UltraView.

Early deployment at leading research institutes helped refine the product and improve standardization.
2020

Launched the first factory-oriented imaging product.

Officially released the UltraView multimodal coherent Raman imaging system.

Received National High-Tech Enterprise status and ISO 13485 certification.
2017

3月

In March, Vibronix was founded with the goal of becoming a high-tech enterprise focused on advanced imaging and sensing technologies for scientific research and industrial translation.

Early technology reserves included coherent Raman scattering imaging, mid-infrared photothermal microscopy, and enhanced photoacoustic detection.

2025
2024
2023
2022
2021
2020
2017

Corporate Culture

Our Mission

See the Unseen
SEEING THE UNSEEN
Our Vision

To become a world-leading provider of high-end instruments and application solutions
Our Values

Customer focus, value-driven thinking, and collaborative progress; a spirit of perseverance, bold leadership, and reflective growth

Honors and Certifications

Corporate Honors
Awards