- Catalogs
- Brainvision - SciMedia
- MICAMO5 - MICAMO3
MICAMO5 - MICAMO3
MICAMO5 - MICAMO3
- Large Image Sensor and Pixels: The sensor has an active area of 17.6mm x 17.6mm with pixel size of 69μm x 69μm, enhancing light capture and optimizing signal-to-noise ratios.
- High Performance: Offers high spatial resolution, frame rates up to 1,818 fps at 256x256 pixels, and a dynamic range of 71dB, suitable for high-speed membrane potential imaging.
- ROI Readout: Allows for higher frame rates with multiple ROI readout options, achieving up to 20,000 fps at 32x32 pixels.
- Data Saving and Acquisition: USB3.0 enables direct data saving to HDD/SSD for long-term recordings, independent of RAM capacity.
- Adjustable Well Depth: Offers wide dynamic range mode (3,000,000e-) and high sensitivity mode (600,000e-) for diverse biological samples.
- Continuous Light Intensity Output: Outputs changes in light intensity for up to eight selected pixels, with synchronization capabilities for multi-camera systems.
- Model Comparison: The MiCAM05-N256 features an original CMOS sensor with a larger active image area and higher frame rates compared to other models like MiCAM03-N256, MiCAM ULTIMA-L, and MiCAM02-HR.
- Frame Rate and Pixels: Offers a maximum frame rate of 1,923 fps at 256x256 pixels and up to 20,000 fps at 32x32 pixels.
- Well-Depth and Connectivity: Switchable well-depth of 3,000,000e- / 600,000e- and supports up to four connectable cameras.
- Interface and OS Support: Utilizes USB3.0 and supports Windows 7/10 64bit.
- CIOS8: Facilitates easy measurement of cardiomyocyte activity without fluorescent dye, providing real-time heart rate and contraction time data.
- ESTM-9: A multifunction electrical stimulator with capabilities for pulse outputs, camera control, lighting control, and analog recording.
- All products are for research use only and are made in Japan.
- Specifications and appearance are subject to change due to continuous improvements.
Catalog excerpts
New Features & Benefits New Features Large image sensor and large pixels Active Area size: 17.6mmx17.6mm Pixel size : 69μmx69μm High spatial resolution, high frame rates, and high S/N ratios Number of Pixels: 256x256 pixels Maximum Frame Rate: 1,818 fps (@ 256x256 pixels) Dynamic range: 71dB ROI readout for higher frame rates Benefits Using a sensor having large pixels makes it easy to increase the amount of light captured by one pixel and optimize S/N ratios. The overall performance has been improved in a balanced manner. This includes maximum frame rate, spatial resolution, and S/N ratios,...
Open the catalog to page 2
Comparison of Main Specifications Model MiCAM ULTIMA-L Image Sensor Original CMOS Original CMOS Active Image Area (HxV) 256x256 192x192 128x128 Selectable Number of Pixels 256x32 32x32(1-16 blocks) 1,923fps (256x256px) Maximum Frame Rate and Pixels (for 1 camera) Approximate number of recordable frames Number of Connectable Camera Internal Memory Pixel Binning Mode Multiple ROI Readout Mode Long Term Acquisition (direct saving to disk) Continuous Output of Light Intensity Analog Inputs for Synchronous Recording (*1) MiCAM03 options that can duplicate MiCAM05 functionality. (*2) Number of recordable...
Open the catalog to page 3
New Software for Data Acquisition / Data Analysis Analysis Window Main Window New Products Easy measurement of cardiomyocyte activity No need for fluorescent dye Heart rate / contraction time in real time Activity of cardiomyocytes can be measured during culture simply by placing the 96-well plate on CIOS8. No specific training or knowledge is necessary. Electrical Stimulator + Analog Recording + Camera Frame Sync Control + Light Source Control ... * Specifications and appearance are subjected to change without prior notice due to continuous improvements. * All products are for research use only....
Open the catalog to page 4All Brainvision - SciMedia catalogs and technical brochures
MiCAM03-C35IR5 Pages
ESTM-102 Pages
CIOS82 Pages
LEX32 Pages
MiCAM SERIES8 Pages
- Analysis software
- Windows software
- Laboratory software
- LED light source
- Cardiology software
- Data analysis software
- Microscope light source
- Cell imaging system
- Automatic cell imaging system
- Laboratory cell imaging system
- Biosignal acquisition system
- Preclinical imaging system
- Fluorescence cell imaging system
- Brain software
- Heart software
- Continuous light source
- Medical research preclinical imaging system
- High-resolution cell imaging system
- In-vivo cell imaging system
- Research cell imaging system