AccurPi-960 เครื่องเลือกอาณานิคมอัตโนมัติ

Description of AccurPi-960 Automatic Colony Picker

The AccurPi-960 automatic colony picker from Dayuan Chenguang is a domestically developed scientific research and production tool developed specifically for customers with medium and low throughput or multiple batches of colony picking. The AccurPi-960 automatic colony picker adheres to the innovative, high-throughput, and automated concepts of Dayuan Chenguang Company. It can not only improve the throughput and efficiency of your colony picking experiment processing, but also ensure high-quality experimental results. Experimental operators can be freed from highly repetitive and tedious experimental work, and have more room for thinking. At the same time, it provides strong technical support for you to create standardized and normalized high-quality bacterial picking experimental platforms.

Applications of AccurPi-960 Automatic Colony Picker

Synthetic biology Library screening and management Protein expression and transformation Engineering bacteria transformation and screening Phage display technology Directed evolution of enzymes

Why Choose Our Automatic Colony Picker?

Our automatic colony picker is designed to replace the traditional manual colony picking operation, improve laboratory efficiency and reduce human errors. It uses advanced image analysis algorithms to automatically identify target colonies (such as monoclonal colonies, fluorescently labeled colonies, etc.) and accurately complete operations such as picking, transferring, inoculating or spotting. It is widely used in high-throughput experimental scenarios such as gene editing, protein expression, and strain screening.

Preventing cross contamination

The instrument uses ultraviolet sterilization and is equipped with a HEPA micron-level particle filter to maintain a positive pressure clean environment for the entire machine to prevent cross contamination between experimental batches.

Al intelligent support

The AI-assisted algorithm automatically identifies and locates the colony morphology, size, and color, and has the ability to resist background interference. It can also count the number of colonies and analyze the efficiency of upstream experiments;

High experimental efficiency

Bacterial culture and PCR identification can be carried out simultaneously. Single colonies can be picked into liquid culture medium and PCR reaction system simultaneously, and PCR identification can be carried out during culture to better connect subsequent experimental processes.