Agilent PlateLoc Microplate Sealer Unit 3 Automated Thermal Microplate Sealing System

The Agilent PlateLoc Microplate Sealer Unit 3 (model p/n:G5585A) is a fully automated laboratory instrument designed for precise and rapid thermal sealing of microplates. It supports microplate heights up to 51 mm (2 in.) and delivers consistent sealing quality critical in biotechnology, molecular diagnostics, and bioprocessing workflows.

Key technical specifications include:

The unit features a user-friendly touchscreen interface allowing intuitive manual control and systematic operation. Its automated cutter mechanism and robust air system ensure uniform seal integrity and pressure consistency, minimizing sample contamination risks. The metal plate inserts accommodate various microplate formats, optimizing versatility across PCR, qPCR, sequencing, and compound screening applications.

The PlateLoc Microplate Sealer is widely adopted in laboratories conducting synthetic biology research, gene editing experiments, and biopharmaceutical production pipelines where secure, contamination-free sealing is essential. Its compact design supports integration into automated workflows and robotic platforms, maximizing lab efficiency and throughput.

Included accessories:

Note: Seal rolls are not included and must be procured separately.

This instrument undergoes rigorous in-house testing verifying control panel operation, heating elements across the full temperature range, air system integrity, and sealing consistency over multiple plates—ensuring reliability for demanding molecular biology and clinical diagnostics environments.

Special emphasis for biotechnology professionals: The PlateLoc Microplate Sealer is essential for molecular cloning workflows and critical in biopharmaceutical production pipelines, supporting consistent thermal sealing necessary for maintaining plate integrity during live-cell assays, fluorescence analysis, and high-throughput compound screening.

This device is ideally suited for researchers and lab managers seeking a robust, high-throughput microplate sealing solution that combines speed, accuracy, and seamless integration into automated laboratory systems.