Membrane potential/calcium imaging system
MiCAM03-N256, MiCAM05-N256, macro fluorescence microscope
A high-precision optical measurement imaging system capable of membrane potential measurement, boasting a world-class top-tier S/N ratio.
With low magnification and a wide field of view, it is easy to measure the membrane potential of cells and the dynamics of calcium ions. It is ideal for imaging neural activity both in vivo and in vitro, as well as isolated heart specimens and cultured cell sheets. It is utilized in research institutions such as universities around the world, generating numerous research papers. Additionally, it can be applied to cutting-edge technology for visualizing electric fields generated within microelectronic circuits.
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basic information
◆ N256 Camera Light receiving area: 17.6mm x 17.6mm Maximum imaging speed: 20,000 fps, saturation electron number: 3 million electrons / 600,000 electrons (switchable), other options, field imaging compatible ◆ Interface Section Light source control function, trigger signal output function, peripheral device data synchronization recording function, optical oscilloscope function, multi-camera port, other options ◆ Macro Fluorescence Microscope Section Long working distance high numerical aperture objective lens adopted, magnification: approximately 0.2 to 12.5 times, coaxial reflected illumination, multi-camera compatible, electric focus drive, various mounts (C, EF, F, etc.), optical axis tilt function, and other options
Price range
Delivery Time
※2-3 months
Applications/Examples of results
Optical measurement of cell membrane potential, Optical measurement of intracellular calcium ion dynamics, Wide-field imaging of microvascular distribution, Autofluorescence imaging of cultured algae, Electric field imaging on microelectronic circuits.
Detailed information
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MiCAM05-N256 (2-camera system) Accessories: PC, monitor, measurement and analysis software
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MiCAM03-N256 (2-camera system) Accessories: PC, monitor, measurement and analysis software
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Macro fluorescence microscope Example of coaxial reflected illumination with dual-wavelength simultaneous measurement specifications.
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Company information
After developing a high-speed imaging device necessary for neuroscience research, Brain Vision was established in May 1998 as an official venture of RIKEN with the aim of commercializing various ideas that emerged during neuroscience research. To date, over 100 high-speed imaging devices have contributed to advanced research activities at major neuroscience and cardiac research institutions around the world. In recent years, it has also been highly regarded in the field of optoelectronics and has already contributed to research and development at related research institutions and liquid crystal manufacturers. Further contributions in various industrial fields are expected in the future. Brain Vision aims to provide innovative technologies born from neuroscience research to the market and contribute to the advancement of science and industry.