Singer ROTOR HDA High-Throughput Microbial Screening and Colony Manipulation Robot

The Singer ROTOR HDA is a high-throughput screening robot engineered for automated colony manipulation and microbial arraying in biotechnology and microbial genetics research. Designed to handle large-scale microbial function studies and chemical genome screening, this robotic system enables rapid pinning, replication, mating, and breakdown of yeast, bacterial, or fungal libraries.

Key features include:

• High-density array handling: Supports from 96 to 6144 density formats
• Versatile sample types: Works with agar and liquid media for microbial cultures
• High throughput capacity: Capable of fixing over 12 million colonies per day, optimizing workflows in microbial genetics and synthetic biology
• Multi-plate source and target handling: Pins from single or multiple source plates to multiple targets
• Applications: Essential for large-scale microbial screening, functional genomics, molecular diagnostics, and bioprocessing in biopharmaceutical and synthetic biology research
• Automated colony manipulation improves reproducibility and reduces manual labor for gene editing and microbial library management

Widely adopted in microbial genetics, chemical genomics, and biomanufacturing pipelines, the Singer ROTOR HDA enhances precision in microbial colony screening and is critical for high-throughput molecular cloning workflows. This system supports advanced research requiring scalable microbial arraying and is ideal for laboratories involved in biotechnology, biomedical engineering, and clinical diagnostics.