Barnstead Mega-Pure MP-6A Glass Water Distillation System (6 L/hr)

The Barnstead Mega-Pure MP-6A is a glass laboratory water distillation system designed for reliable production of high-purity water at a rate of 6 liters per hour. It features dual electric heaters suitable for processing larger volumes, making it well-suited for bioprocessing, molecular diagnostics, and other biotechnology applications requiring uncontaminated, pyrogen-free water.

Key technical specifications include:

• Material contact exclusively with glass, quartz, and PTFE components to prevent cross-contamination and leaching, ensuring ultrapure water essential for synthetic biology and biomedical engineering experiments.
• A vertical condenser design that maximizes purity by efficient condensation and removal of non-volatile impurities including inorganic solids and high-boiling organics.
• Resistivity range of produced water: 1–10 MΩ·cm at 25°C, dependent on feedwater quality, adhering to standards needed in cell imaging and molecular cloning workflows.
• Cooling water capacity of 53 L/hr supports continuous distillation cycles for extended laboratory use.
• Integrated feedwater solenoid valve and compatibility with an optional Automatic Connection System (ACS) enable automation and 24-hour operation, critical for biomanufacturing and large-scale synthetic biology research facilities.
• Safety features include a high temperature cutoff to prevent heating element burnout, enhancing operational reliability.
• Quick-release cover design facilitates straightforward cleaning and maintenance, preserving system integrity and minimizing downtime in clinical diagnostics or pharmaceutical quality control.

The Mega-Pure MP-6A water still is widely adopted in biotechnology laboratories needing a consistent supply of ultrapure distillate, supporting applications ranging from gene editing reagent preparation to fermentation processes. Its specialized glass construction and controlled distillation process make it an essential tool in molecular biology, neuroimaging research, and biopharmaceutical production pipelines.