Cell Counter

I. Product Overview

The cell counter is an automatic cell analysis instrument built on optical imaging and intelligent image analysis algorithms. It enables rapid and precise cell counting and viability assessment for suspension or adherent cell samples. Equipped with automatic imaging, cell identification and algorithmic analysis, the equipment effectively eliminates subjective errors from manual microscopic counting, and is widely adopted in life science research, biopharmaceutical R&D, cell therapy and clinical research.

II. Product Features

1. Automatic Imaging & Counting: High-resolution imaging system enables automatic image capture and cell quantification of samples.

2. Cell Viability Analysis: Compatible with dye exclusion method to automatically distinguish viable and dead cells.

3. Rapid Assay Workflow: Short single-test duration to meet high-throughput experimental requirements.

4. User-friendly Operation: Automatically completes detection and report generation after sample loading.

5. Multi-parameter Report: Outputs cell concentration, total cell number and viability simultaneously.

6. Digital Data Management: Supports result storage, data export and historical traceability.

III. Application Fields

1. Basic Life Science Research: Quality inspection for cell culture, subculture and pre-experiment evaluation.

2. Biopharmaceutical Development: Cell line screening, culture status monitoring and production process optimization.

3. Cell Therapy & Regenerative Medicine: Cell concentration and viability testing during cell preparation.

4. Clinical & Medical Research: Analysis of blood cells and in vitro cultured cells.

5. Academic Teaching & Lab Training: Standard cell counting experiments and instructional demonstration.

IV. Technical Advantages

1. Built on high-resolution imaging and intelligent segmentation algorithms, the device automatically identifies cell outlines and completes counting statistics. It standardizes and objectifies the counting process, effectively cutting down subjective errors and repeatability deviations inherent to manual microscopic counting.

2. Featuring adaptive thresholding and morphological processing, it adapts to cells of varying sizes, densities and morphologies, improving recognition accuracy and anti-interference capability amid complicated backgrounds to deliver stable detection across various cell specimens.

3. The one-touch automated workflow covers framing, auto-focusing and result generation, drastically shortening testing duration and raising throughput to meet high-efficiency demands for batch sample clearance and in-process monitoring in research and production environments.

4. It enables viability measurement via trypan blue staining. Living and dead cells are differentiated by grayscale/color distinction and feature extraction algorithms, with key parameters including cell viability, concentration and total cell count generated to support decision-making in sample preparation and quality control.

5. Full-lifecycle digital data management allows result storage, export and traceability for standardized experiment filing and audit. With low maintenance and consumable costs, the instrument suits long-term continuous operation in research, teaching and industrial laboratories.

V. Typical Application Cases

Note: The above configuration can be customized and adjusted according to users' experimental requirements.

Usage of Cell Counter

Working principle diagram