BioDolphin Lafil 200 Plus Vacuum Aspiration System with 4L Capacity for Cell Culture

The BioDolphin Lafil 200 Plus is a compact, integrated vacuum aspiration system engineered for reliable cell culture aspiration and laboratory waste suction. It combines a vacuum source, a 4L polypropylene (PP) vacuum waste bottle, and suction kit into a single unit, reducing bench space by 50%, which is critical in biotechnology and molecular biology laboratories.

Key technical features include:

• Large 4L capacity vacuum bottle, minimizing interruptions by reducing the frequency of waste bottle emptying; optional 3.5L laboratory glass bottle available.
• Quick-coupling connector enables fast and easy removal of the vacuum bottle, improving workflow efficiency in bioprocessing and molecular diagnostics applications.
• Fence-like platform design ensures stability, preventing accidental tipping of the waste bottle during cell imaging and synthetic biology procedures.
• Overflow protection function safeguards against liquid spills, maintaining clean and safe operation in molecular cloning and biomanufacturing environments.
• Ergonomic handle with user-friendly lock switch permits continuous suction operation without constant button pressing, enhancing operator comfort during extended use.
• Innovative single-handed tip ejection system allows easy, hygienic tip removal, streamlining repetitive cell culture medium removal tasks.
• Quick connection coupling between fittings and handle allows rapid replacement of fittings to accommodate various suction needs.
• Entire system components, including the waste bottle and supplied fittings, are autoclavable, meeting sterility standards essential for biomedical engineering and molecular diagnostics workflows.
• Certified for CE, RoHS, and IP41 protection standards, ensuring compliance with safety and environmental regulations.

Widely used in cell culture laboratories, this bench-top vacuum aspiration system supports aseptic fluid removal in biotechnology and clinical diagnostic settings. It is essential for molecular cloning workflows, synthetic biology research, and biopharmaceutical production pipelines requiring safe, efficient fluid handling and waste management.