In 1984, MilliporeSigma pioneered the touch-free membrane transfer to culture media, and with this next-generation system, they have added over 96 new features to increase result reliability and traceability, while streamlining the bioburden testing workflow to improve lab productivity.
The new Milliflex Oasis® system offers an all-in-one filtration solution with sterilized, ready-to-use filtration units and pharmacopeia-compliant media for unmatched comfort and peace of mind for water and bioburden testing. The system is accompanied by an extensive service offering, from method development, training, and validation services to maintenance.
Milliflex Oasis® pump: The Milliflex Oasis® pump consists of a controlled vacuum source and filtration support. The system is designed for biosafety cabinets/laminar flow hoods, with its small footprint, low weight, and easy-to-decontaminate surfaces. This uniquely designed pump reduces the risk of cross-contamination and false results. Both ergonomics and scalability generate high throughput. No autoclave is required for hardware decontamination, only monthly sanitization, to dramatically reduce the workload in the lab.
Milliflex Oasis® funnels: The Milliflex Oasis® funnel streamlines your workflow with standardized handling steps and reduced filtration time thanks to a new drainage design. The Milliflex Protact® feature protects your samples from secondary contamination and makes the membrane-to-agar contact optimal to ensure the most reliable results. The sealed membrane ensures easy read-out. Each filtration unit is 100% integrity tested to increase reliability, with our effortless new touch-free membrane transfer.
Milliflex Oasis® agar plates: The unique plate color coding offers the control of critical handling steps all along the workflow. The Milliflex Rack & Stack® feature also includes a locked lid for safe transportation and incubation. Together, these innovations help to reduce the risk of false results.
Download the interactive brochure to learn more about the system.