High-throughput Automated Plaque Photographing and Identification System

High throughput Automated plaque Photographing

MRA-LSR-100 is a high-throughput automated plaque photographing and identification system designed according to user requirements. It is suitable for plaque and monoclone culture carried by a variety of specifications of well plates and culture dishes, and efficiently complete automated photographing detection and analysis.

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Product introduction

MRA-LSR-100 is a high-throughput automated plaque photographing and identification system designed according to user requirements. It is suitable for plaque and monoclonal culture carried by a variety of specifications of well plates and culture dishes, and efficiently complete automated imaging detection and analysis. The system can provide a personalized analysis module based on the identification and counting results and export the corresponding result files, and support the regular update and optimization of the counting algorithm for each well plate, which greatly improves the reliability of the process. The analysis work can be completed only by putting the well plate, which greatly reduces the labor intensity of the operator and improves the work efficiency. In addition, the system is adapted to an automated platform for 8-hour counting throughput up to 240 SBS well plates.

Product Features

High compatibility

Suitable for a variety of SBS well plates or standard culture dishes.

Intelligent and efficient

Fast identification speed, 30s per 96-well plate, can exclude interference such as bubble impurities;
Support modification of intelligent identification results and export of counting result files;
Effectively eliminate the interference of selected monoclones when identifying unselected monoclones;
Support the identification of abnormal targets such as air bubbles, no seeding, dense adhesion caused by excessive plaque and other situations.

User-friendly software

Simple operation interface, supporting manual correcting and tracking change, and easy to output results;
Support regular update and optimization of the counting algorithm for each well plate;
The counting results can be manually checked and modified, and the results of intelligent idenification and modification can be exported synchronously.