Thermo Scientific Orbitor RS2 Automated Microplate Mover with 3-Stack Stacker Unit

The Thermo Scientific Orbitor RS2 Microplate Mover is a compact, high-throughput automation system engineered for precise, reliable microplate handling in biotechnology, molecular diagnostics, and pharmaceutical research labs. Designed to automate microplate transfer workflows, this system facilitates seamless integration with lab instruments and supports complex assay automation protocols.

Key technical features include:

• Three-stack configuration with sequential access, each stack accommodating approximately 40 SBS-standard microplates, enhancing continuous high-volume bioprocessing and screening operations.
• Advanced gripper module capable of landscape or portrait orientation gripping, compatible with a wide variety of labware, including plate lids, with adjustable force and speed for gentle and secure handling essential in sensitive cell imaging and gene editing assays.
• Precision motion control axes delivering:
• Z height up to 570 mm at speeds up to 750 mm/sec
• Radius of reach ±410 mm with rotational speed of 1200 degrees/sec
• Infinite rotation at 225 degrees/sec for flexible positioning
• Equipped with plate detection sensors within the gripper, ensuring reliable plate presence verification critical in automated synthetic biology workflows.
• Comes with a control puck featuring serial communication and emergency stop functionality and includes client laptop with Thermo Scientific’s MoverFramework software for configuration, calibration, and scripting automation sequences.
• Small physical footprint designed for tight laboratory environments, facilitating integration in established biomanufacturing and molecular cloning pipelines.

This microplate mover system is widely adopted in biotechnology research environments, offering critical automation for high-throughput screening, molecular diagnostics, and biopharmaceutical production pipelines. It supports complex, multi-plate assay processing with robustness and repeatability, offering researchers enhanced productivity and workflow efficiency.

Customization options for locating fixtures and teaching jigs allow adaptation to specialized labware and automation needs. The system is fully tested for motion accuracy, error recovery, barcode and image capture capabilities, making it a reliable tool for demanding laboratory automation tasks.

Intended for use in advanced research and clinical diagnostic laboratories, the Orbitor RS2 leverages automated microplate handling technologies to streamline workflows in neuroscience, cell imaging, and synthetic biology applications. This device is essential for labs seeking to enhance throughput and reproducibility in microplate-based assays.

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