Pall Allegro 50 L Standard Mixer and Weigh Platform for Single-Use Bioprocessing

The Pall Allegro 50 L Standard Mixer and Weigh Platform is a specialized bioprocessing system engineered for *single-use* applications in pharmaceutical and biotechnology environments. Combining a magnetically driven impeller mixer with an integrated high-accuracy weigh platform, this system ensures consistent mixing and precise mass control, critical for molecular diagnostics, biopharmaceutical manufacturing, and gene & cell therapy research.

Key technical features include:

• Mixing volume up to 50 liters suitable for pilot-scale and small commercial bioprocessing workflows.
• Magnetically driven impeller mixer, providing gentle yet homogeneous mixing compatible with single-use Pall Allegro 2D mixer bags, widely adopted in sterile, closed-system applications.
• Integrated weigh platform with precision load cells supporting up to 100 kg for reliable batch documentation and process control essential in biomanufacturing and formulation steps.
• GMP-compliant 304 stainless steel construction with hygienic design for ease of cleaning and contamination reduction, supporting sterile processing standards in vaccine production and clinical manufacturing labs.
• User-friendly touchscreen interface with adjustable speed and mixing profiles enables flexible process development and scale-up in synthetic biology and bioprocess engineering domains.
• Compact footprint (600 mm x 600 mm x 1100 mm) designed to fit seamlessly into lab and production environments, optimizing space in bioprocessing facilities.

This platform is essential for biotechnologists engaged in media preparation, buffer mixing, and formulation processes, underpinning molecular cloning workflows and live-cell biomanufacturing applications. The system’s compatibility with single-use technologies significantly reduces cleaning validation time by eliminating the need for CIP/SIP protocols. As a trusted solution from Pall Corporation, the Allegro 50 L Mixer and Weigh Platform supports critical upstream and downstream processes in modern bioprocessing pipelines, facilitating sterile, scalable, and reproducible results for synthetic biology research and development.