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MCAM™ Software
The leading AI-powered platform for multiwell image analysis
Transform your data pipeline with automated, AI-driven insights for rapid and accurate multiwell image analysis.
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01
Scalable high-throughput solutions
Instant insights across whole-plates
Effortlessly explore entire plates at single-cell resolution with MCAM Software’s advanced visualization engine. Quickly QC experimental results, minimize manual workloads, and enhance reproducibility in high-throughput screening workflows.
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02
AI-powered video analysis
Compressing workflows for dynamic data
MCAM Software’s parallelized video encoding compresses raw data streams in real-time, reducing storage requirements by 10x without compromising quality. Harness Vision Transformers (ViT) to accurately analyze video microscopy datasets with unrivaled efficiency.
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03
Intuitive Visualizations
Inform decisions with interpretable results
MCAM Software transforms complex imaging data into clear, actionable insights, enabling scientists to quickly compare results across multiwell plates. This rapid data visualization accelerates collaboration and experiment iterations, saving valuable time.
Video LinkAutomated imaging with WebMCAM API
AI-powered Robot-ready
AI-powered Robot-ready
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MCAM™ software is exclusively designed for use with Ramona’s Kestrel™ and Vireo™ microscope systems.
Contact our sales team to explore pricing packages tailored to your research needs.
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01
Optical Characteristics
Field-of-view
behavior mode
SBS multi-well plates (120mm x 80mm)
screening mode
SBS multi-well plates (120mm x 80mm)
Array Size
24x video microscopes
24x video microscopes
Simultaneous video
Full plate
Partial plate
Resolution
9.1 µm/px
3.1 µm/px
Working Distance
240 mm
90 mm
Depth-of-field
3000 µm
500 µm
02
Sensor Characteristics
Image Sensors
CMOS - Color
Array Pixel Count
315 Megapixel
Bit Depth
8
Dark Current (Typ.)
5.9 LSB/s
SNR (Typ.)
35 dB
Peak QE
0.92
Digital Gain
7
Analog Gain
2
Minimum Exposure
150 microseconds
Maximum Exposure
1 second
Max. Frame Rate (full array)
20 fps (full res), up to 160fps (binned)
03
data
Max. Data Rate
45 Gb/sec
Exported Image File Formats
.tiff, .bmp
Exported Video File Formats
.mp4, .tiff
Metadata
.json
Local Storage
8 TB
Network-attached Storage
Available upon request
04
MECHANICAL & POWER
Microscope Orientation
Upright
Dimensions (Typ.)
400mm x 460mm x 530mm
Weight (Typ.)
30kg
Nominal Power Consumption
400W
Maximum Power Consumption
850W
Power
120V @ 60Hz | 240V @55Hz
05
IMAGE ACQUISITION
Brightfield
Visible & Infrared
Fluorescences
2-channels
Acquisition Modes
Snapshot, Z-stack, Timelapse, Video
Auto focus
Image-based
Automation Integration
Formal Web API
Plate Loading
Robot & human accessible nest
Whole-plate gigapixel stitching
Real-time
06
Microscope Array Layout (96WP)
Well
Micro Cam FOV
Micro Cam Scan Area
System FOV
Well Plate Perimeter
07
Well Plate Compatibility
24 well plates
96 well plates
08
Environmental
Passive temperature monitoring
options:
Active temperature
09
Fluorescence Specifications
Excitation:
380 nm (UV)
Applicable Fluorophore:
BFP
440 nm (Blue)
GFP
530 nm (Green)
RFP, TexasRed, mCherry
633 nm (Red)
Cy5
01
Optical Characteristics
Field-of-view
SBS multi-well plates (120mm x 80mm)
Array Size
24x video microscopes
Simultaneous Video
Partial plate
Resolution
1.1 µm/px & 0.5 µm/px
Working Distance
10 mm
Depth-of-field
15 μm
02
Sensor Characteristics
Image Sensors
CMOS - Monochrome
Array Pixel Count
315 Megapixel
Bit Depth
8
Dark Current (Typ.)
5.9 LSB/s
SNR (Typ.)
35 dB
Peak QE
0.92
Digital Gain
7
Analog Gain
2
Minimum Exposure
150 microseconds
Maximum Exposure
1 second
Max. Frame Rate (full array)
20 fps (full res), up to 160fps (binned)
03
data
Max. Data Rate
18 Gb/sec
Exported Image File Formats
.tiff, .bmp
Exported Video File Formats
.mp4, .tiff
Metadata
.json
Local Storage
8 TB
Network-attached Storage
Available upon request
04
MECHANICAL & POWER
Microscope Orientation
Inverted
Dimensions (Typ.)
660mm x 560mm x 580mm
Weight (Typ.)
81 kg
Nominal Power Consumption
400W
Maximum Power Consumption
850W
Power
120V @ 60Hz | 240V @55Hz
05
IMAGE ACQUISITION
Brightfield
Uniform & High-contrast
Fluorescences
4-channels
Acquisition Modes
Snapshot, Z-stack, Timelapse, Video
Auto focus
Image-based
Automation Integration
Formal Web API
Plate Loading
Robot & human accessible nest
Whole-plate gigapixel stitching
Real-time
06
Microscope Array Layout (384WP)
Well
Micro Cam FOV
Micro Cam Scan Area
System FOV
Well Plate Perimeter
07
Well Plate Compatibility
24 well plates
96 well plates
384 well plates
1,536 well plates
08
Environmental
Passive temperature monitoring
options:
Active temperature
Humidity
CO2
O2
09
Fluorescence Specifications
Excitation:
380 nm (UV)
Fluorophore / Stains:
DAPI, Hoechst
440 nm (Blue)
GFP
530 nm (Green)
RFP, TexasRed, mCherry
633 nm (Red)
Cy5
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Unlocking Behavioral Secrets: The Role of Distance Tracking in Zebrafish Studies
Zebrafish provide valuable insights into internal human processes through their behavior. The Multi-Camera Array Microscope (MCAM™) provides robust features and analysis capabilities that, combined with the suitability of zebrafish to serve as a model organism, can significantly advance zebrafish research.Ready to transform your research?
Book a call with one of our Ramona experts:
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