BFCC-8明场细胞计数仪是一台一体化全自动的细胞计数和分析仪器，内置光学成像系统和图像分析算法，可对培养细胞的多种参数进行准确分析。ACC-8需要搭配专用的八孔细胞计数板进行使用，计数板可以分析8个不同的样品或者对同一样品进行多次重复分析。

BFCC-8可以在快10秒内完成对样品的浓度、活率、直径和团聚率等细胞参数的分析，并自动保存数据并生成数据报告，并且可以通过多种格式文件进行导出。检测的过程中采用一次性计数板，无需清洗，可避免样品交叉污染。

BFCC-8 is an integrated, fully automatic cell counting and analysis instrument with built-in advanced optical imaging system and image analysis algorithm, which can accurately analyze multiple parameters of cultured cells. ACC-8 needs to be used with a dedicated eight-well cell counting plate. The counting plate can analyze 8 different samples or perform multiple repeated analyzes on the same sample.

BFCC-8 can complete the analysis of sample concentration, viability, diameter, aggregation rate and other cell parameters in as fast as 10 seconds, automatically save the data and generate data reports, and can export through multiple format files. During the detection process, a disposable counting plate is used, which eliminates the need for cleaning and avoids cross-contamination of samples.

 BFCC-8明场细胞计数仪

产品特点Features

1.       外观新颖独特，体积小巧，功能强大

2.       采用10.1寸高清彩色触摸屏，操作便捷

3.       的人工智能算法及图像处理技术，有效提高图像清晰度及可辨认范围

4.       4k超采样及高倍率物镜提供锐利的边缘细节和高的动态范围

5.       拥有8孔位容量计数板，可以对八个不同样品进行细胞计数和细胞活率分析或者对单个样品进行多次重复分析

6.       视频流图像采集，实时观测细胞形态及动向，清晰可靠

7.       拥有自动对焦分析的系统，可清晰显示各种尺寸细胞内容

1. Novel and unique appearance, compact size and powerful functions

2. Adopt 10.1-inch high-definition color touch screen, easy to operate

3. Advanced artificial intelligence algorithms and image processing technology effectively improve image clarity and discernible range.

4.4k oversampling and high-magnification objectives provide sharper edge details and higher dynamic range

5. It has an 8-well ultra-large capacity counting plate, which can perform cell counting and cell viability analysis on eight different samples or perform multiple repeated analyzes on a single sample.

6. Video streaming image collection, real-time observation of cell morphology and trends, clear and reliable

7. A system with patented auto-focus analysis that can clearly display the contents of cells of various sizes