PES membrane vacuum filtration systems

Effective PES Vacuum Filtration Systems with Membrane – Discover Purity at a New Level!

Nest Scientific Biotechnology’s disposable vacuum filtration system is useful for separating high-volume samples and sterilizing tissue culture media and other biological buffers. The units include PES or PVDF membrane filters, membrane filters with graduated polystyrene lids and necks with polystyrene receiving bottles. A separate sterile polyethylene cap is included. The filtration system is produced from the high transparency raw material polystyrene (PS) in three different volumes: 250ml/500ml/1000ml. They are available in three versions: complete filter and bottle systems, filters with bottle cap and receiving bottles only.

PES Vacuum Filtration Systems – Redefined Vacuum Filtration

Forget about traditional filtration methods – our innovative PES Vacuum Filtration Systems with membrane are a game-changer. With advanced technology and superior performance, you can now achieve unparalleled results in removing contaminants.

The Cleanliness You Deserve

This is your chance to ensure the highest quality for yourself and your customers. Our Vacuum Filtration Systems allow for precise filtering, eliminating even microscopic contaminants. Your products will be cleaner and more effective – not only will you be satisfied with your customers, but you’ll also have a great reputation as a brand you can rely on.

Innovation Within Your Reach

Our Filtration Systems are the quintessence of modernity. The use of advanced materials, such as PES membrane, makes filtration more efficient and effective than ever before. Don’t waste time and energy on outdated methods – use innovation to achieve better results.

Durability & Multi-Functionality

Filtration systems provide not only effectiveness, but also durability and versatility. They can be used for different types of samples and different types of experiments. Robust PES membranes maintain their integrity even in the face of harsh chemical conditions, making them indispensable tools in the laboratory.