Globe Scientific Diamond SeroFlow and SeroFlow Plus Pipette Controllers with 0.45µm Hydrophobic Filter

The Globe Scientific Diamond SeroFlow and Diamond SeroFlow Plus are advanced pipette controllers engineered for efficient and ergonomic liquid handling in biomedical research and biotechnology workflows. Both devices accommodate 1mL to 100mL glass and plastic serological pipettes, making them essential tools for molecular diagnostics, bioprocessing, and cell culture applications requiring precise and contamination-free aspiration.

Key technical features include:

• Ergonomic Lightweight Design: Minimizes user fatigue during prolonged use essential in biomanufacturing and molecular cloning workflows.
• Speed Control: The standard SeroFlow offers an analog dial for coarse speed adjustment combined with trigger-based fine control, while the SeroFlow Plus features a digital 6-speed coarse adjustment with an LED display for enhanced consistency in handling varying solution viscosities common in synthetic biology and biopharmaceutical preparations.
• Aspiration Performance: Maximum aspiration speeds under 7 seconds (standard) and under 5 seconds (Plus) for 25mL volumes improve efficiency in sample processing and fluorescence analysis requiring rapid liquid transfer.
• Integrated 0.45µm Hydrophobic Filter: Prevents contamination, safeguarding sample integrity crucial in clinical diagnostics and cell imaging.
• Battery and Operation: Equipped with long-life lithium-ion batteries providing up to 8 hours of continuous use, with the ability to operate while charging to support uninterrupted biotechnological workflows.
• Autoclavable Nose Cone: Ensures sterility and compliance with laboratory hygiene standards.

These pipette controllers are widely adopted in biotechnology research environments where precise liquid handling and contamination control are critical, including gene editing and synthetic biology studies. Their compatibility with multiple dispensing types—motor-driven, gravity, and blowout—adds versatility for complex experimental protocols.