Biometra TRobot ll Automated PCR Machine

The Biometra TRobot II is a high-performance automated PCR system designed specifically for robotic and fully integrated molecular biology workflows. Built to operate directly on automation decks, the TRobot II enables unattended PCR, molecular incubations, and critical steps such as library preparation for next-generation sequencing (NGS). By automating thermal cycling within larger workflows, the system reduces manual handling, minimizes error risk, and improves overall process efficiency.

Engineered for reliability in demanding automation environments, the TRobot II combines fast heating and cooling rates with excellent temperature homogeneity to deliver highly reproducible PCR results. Its compact, modular design places the PCR module directly on the deck while housing the controller beneath the platform to conserve valuable space. Advanced safety features, a patented lid mechanism built for continuous use, quiet operation, and full software control via Biometra TSuite make the TRobot II a dependable choice for high-throughput, automated PCR applications.

Key Features & Benefits

• Automation-ready PCR design – Compact, modular system optimized for robotic integration and on-deck operation
• Excellent thermal performance – Fast heating and cooling rates with high temperature homogeneity for reproducible results
• Gradient functionality – Enables rapid optimization and transfer of PCR protocols
• Robust, continuous-use mechanics – Patented lid mechanism designed for long-term, unattended operation
• Full software control – Managed via Biometra TSuite or integrated directly into robotic control software
• Quiet, lab-friendly operation – Low-noise ventilation supports focused work near automation systems

Applications

• Fully automated PCR workflows
• NGS library preparation and amplification
• High-throughput molecular biology assays
• Integrated robotic and walk-away systems
• Research and production-scale PCR operations

The Biometra TRobot II delivers reliability, automation-ready design, and reproducible performance—making it an ideal PCR solution for labs building fully integrated, high-throughput molecular biology workflows.