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Profile
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Delegates :
Michinori Ichikawa |
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Incorporated :
May 1 , 1998 |
Paid in Capital :
20 Million yen |
Employees :
8 人 |
Address :
UI building 7F Kandaogawamachi, Chiyoda-ku TOKYO TOKYO
〒101-0052
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TEL/FAX :
+81-3-5280-7108 / +81-3-5280-7109 |
URL：
https://www.brainvision.co.jp/ |
Attachment :
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Mission/Background :
The origins of Brainvision's technology stem from the RIKEN Institute. President Ichikawa, in his research in neuroscience, developed an ultra-high-speed real-time imaging device (comprising an ultra-high-speed special camera and image processing system) to capture the transmission of neural excitement necessary for research. This served as the catalyst for its inception. We develop devices to visualize invisible entities based on optical measurement technology. |
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Technology & Business
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[Foundation Technology] We develop bio-research equipment required in research settings, leveraging foundational technologies such as the design of CMOS image sensors, electronic circuit design, software development, and biological experimental techniques including electrophysiology and molecular genetics.
[Business Overview] In addition to developing devices with unique performance not found in other companies' products, we also offer consultation for various imaging experiments to ensure usability and accurate results. We are committed to proposing solutions to challenges by not limiting ourselves to our own products, leveraging the latest information and advice from our users worldwide.
[Delivery Destination] We deliver to major domestic universities and companies, as well as renowned universities and companies overseas.
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Products & Service
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Products & Service Name
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Stage
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Outline
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Milestone
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Fast imaging system [MiCAM03-N256]
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Launched
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Wide-dynamic-range Fast camera system with pulse generator, light source control, and external signal synchronization recording.
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This system is working for some GEVIs.
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Low magnification macroscopic fluorescence scope
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Launched
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A fluorescence microscope dedicated to imaging with magnifications of less than 5x, characterized by world-class brightness.
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Try demo unit and notice the best brightness which is not available other scopes.
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High-power and stable intensity LED light source [LEX9}
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Launched
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High-power and stable-intensity LED light source for fluorescence imaging enables fast switching of 2 LED outputs.
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Try demo unit and notice the best brightness and stability which is not available other light sources.
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Multi-device synchronizer [ESTM10]
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Launched
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Device having the functions of pulse generator, data logger, oscilloscope and other functions to synchronize external devices.
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Try demo unit and notice easy synchronization of your devices at high precision.
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Cardio Intrinsic Optical Signal Acquisition System [CIOS8]
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Launched
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A5 size device for the automatic detection and analysis the activity of non-stained cultured cardiomyocytes sheet.
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CIOS8 can be utilized for monitoring the cultured condition of cardiomyocytes sheets and conducting pharmacological tests.
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Highlights
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Fast imaging systems and macro fluorescence microscope have led to numerous breakthroughs in brain research worldwide. In the field of cardiac research in North America, they have popularized simultaneous imaging of membrane potential and intracellular calcium ion dynamics. LEX9, addresses the future demand for wide-field multi-color imaging, while ESTM10 enables the cost-effective construction of imaging systems and electrophysiological experimental setups using other companies’ camera.
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Hot news
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Single sweep voltage imaging on spontaneous activities of cultured neurons or on dendrite of single neuron are getting to be possible. Also, the imaging of anisotropic cardiomycytes sheet gives higher accuracy to arrhythmogenicity screening of drags.
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Alliance strategy
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For Research Institutions: We welcome your inquiries about challenges in fluorescence imaging or improving signal-to-noise ratio. Let's explore issues together and propose solutions.
For Companies or Patent Holders: Contact us for contract manufacturing of optical measurement equipment or devices based on optical principles. We also offer CMOS image sensor design and manufacturing consultation. Customizing for higher shipment volumes ensures cost-effectiveness and stable performance.
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