This cell counting system combines high-definition imaging, accurate counting, and intelligent analysis into one integrated platform. Utilizing a deep learning-based recognition algorithm.
| Experiment type | Bright field/ trypan blue |
|---|---|
| Concentration range | 1x10⁴ to 3x10⁷ cells/ml |
| Focus mode | Manual focus |
| Diameter range | 0 - 100% |
| Viability range | 2 – 400 µm |
| Sample volume | 10 µl |
| Measurement time | <2s |
| Optical concentration | 4 x Standard objective lens |
| Output format | JPG, PDF, CSV |
| Imaging Element | 6 Million pixel color CMOS |
| Data transmission | USB 3.0 ports |
| Product dimension (W x D x H) | 195 x 150 x 418 mm |
| Power input | 5V, 800mA, 4W max |
| Packaging dimension (W x D x H) | 310 x 300 x 500 mm |
| Gross weight | 7 Kg |
Rapid detection
Accurate counting with intelligent identification
Data visualization
Strong adaptability
It precisely segments cell clusters to ensure accurate results and clear data visualization
Its one-button start feature makes the system easy and convenient to operate
Laboratory instrument used to count and analyze cells in a biological sample. Used in research, immunology, microbiology, and stem cell studies.
<p>Labdex Manual Cell Counter is built with a high-speed analysis system and advanced imaging camera which ensures accurate and reliable cell counting. Designed for wide cellular applications, it delivers clear visualization, consistent results, and efficient performance for routine laboratory use.</p>
<p>Labdex Automatic Cell Counter provides high-speed, AI-powered analysis with HD imaging, auto-focus optics, and trypan blue staining. It accurately measures cell count, viability, and transfection rates, supports multi-sample processing, and is suitable for research, clinical, and stem cell applications.</p>
<p>Labdex Fluorescence Cell Counter features dual excitation wavelengths, AO/PI staining, GFP detection, and AI-driven analysis. With high-speed imaging and auto-focus optics, it provides accurate measurement of cell viability, density, and transfection efficiency for research and clinical applications.</p>
