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Automated Cell Counter LMACL-A105 provides detailed analysis of cells up to 40µm by flow image method. Equipped with dual detection channels, it enables in-depth fluorescence-based evaluation. Incorporates microfluidic technology and advanced brightfield optical assessment. Designed for rapid processing, it delivers results in under 30 seconds. Our system ensures high-quality image acquisition for efficient counting to detailed structural study.
Specifications
| Particle Size Range | 3 to 40µm |
| Sample Volume | 30µL |
| Sample Concentration | 2 × 10⁴ to 1 × 10⁷ cells/mL |
| Detection Time | Less than 30s |
| Dual Detection Channels | 620±30nm/520±25nm |
| Optical Channel | Bright image acquisition, fluorescent channel 485nm |
Features
Counting chip free design
Automatic cleaning.
Independent power supply
Consistent fluid control
Versatile sample compatibility
Low sample volume requirement
Applications
Automated Cell Counter LMACL-A105 ensure in-depth cell analysis, morphological study, and fluorescence imaging. It is ideal for cell counting, viability assessment, nuclear counting, cell transfection efficiency statistics, live yeast detection and cell cycle monitoring.
Selection Guide
Automated Cell Counter LMACL-A105 is designed for advanced applications such as cell viability assays, stem cell research, cancer studies, and high-throughput drug screening. Its fluorescence detection capability allows accurate identification of live and dead cells, making it suitable for delicate cell lines. With a fast detection time of less than 30 seconds and USB 2.0 connectivity, it provides quick data processing and integration with lab systems. The device supports particle size ranges from 3 to 40 µm, making it versatile for various cell types, including mammalian and yeast cells. Backed by ISO and CE certifications, this model is a reliable choice for research labs that require accuracy, speed, and regulatory compliance.
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Frequently Asked Questions
1 What is an Automated Cell Counter?
An Automated Cell Counter is an apparatus designed to quickly and accurately count cells in a sample without manual effort.
2 How does an Automated Cell Counter work?
It works by using imaging or electrical sensing to detect and count cells in a liquid sample.
3 What types of samples can be analyzed by Automated Cell Counter?
It can analyze a variety of biological samples, including mammalian cells, yeast, bacteria, and plant cells.
4 What kind of maintenance does Automated Cell Counter require?
Regular maintenance includes cleaning of sample chambers, updating software and checking for calibration accuracy.
5 How is Automated Cell Counter used in cell culture?
It monitors cell growth, density and viability during routine cell culture.
6 Can Automated Cell Counter be used in pharmaceutical research?
It is widely used in drug screening and cytotoxicity studies in pharma labs.
7 Can Automated Cell Counter be used in clinical diagnostics?
It assists in analyzing blood and body fluid samples for diagnostics.
8 Is Automated Cell Counter used in vaccine production?
It is essential in vaccine production for monitoring cell lines and culture consistency.
9 Can Automated Cell Counter be used in environmental microbiology?
It is used to assess microbial populations in environmental samples with appropriate staining.
10 How does Automated Cell Counter help in toxicity testing?
It measures changes in cell viability and count after exposure to toxins, aiding in toxicology studies.