Efficient Microplate Automation with the RapidStak™ by Thermo Fisher Scientific
The RapidStak™ Microplate Stacker from Thermo Fisher Scientific is a compact, high-speed device designed to automate the loading and unloading of microplates in laboratory environments. This system streamlines plate handling, particularly in high-throughput workflows requiring frequent repetitions, significantly improving operational efficiency.
Thanks to its modular design, RapidStak is adaptable to various capacity needs: the standard model can hold up to 50 or 75 plates, while the RapidStak 2x version expands this capacity to 150 or even 225 plates, depending on plate height. This flexibility makes it ideal for laboratories requiring unattended operation over extended periods, allowing personnel to focus on more critical tasks.
The RapidStak is compatible with SBS-standard microplates ranging from 6 mm to 22 mm in height. It can handle up to 300 plates per hour, with a load/unload time of 6 seconds per plate and a restack time of approximately 5 seconds. These performance metrics make it a smart choice for labs seeking to enhance the throughput and consistency of their analytical processes.
Designed for seamless integration, the stacker supports dual-instrument connectivity via a bidirectional telescoping arm, and operates with Thermo Scientific Polara RS software. It can be configured with a variety of software and hardware tools, such as offset telescoping arms, microplate lid handling, and customized stack heights. On-site installation is fast, minimizing workflow disruption.
In terms of safety and compliance, the RapidStak meets CE, CSA, and UL standards. It operates on 110–230 V power input with automatic voltage switching, ensuring compatibility with most electrical infrastructures worldwide.
The RapidStak™ Microplate Stacker is a reliable solution for automating microplate handling, reducing repetitive manual tasks, and maximizing walk-away time in laboratories. Its speed, flexibility, and broad compatibility make it a valuable asset for high-throughput analytical applications.
