EZ-Stream™ Pump
Designed to improve operation time and comfort
Simply connect the pump to your manifold or filtration
apparatus and place the discard tubing to drain and you are ready to filter.
There is no need to use additional containers to capture the waste liquid. This
brings a significant time saving versus traditional vacuum/pressure pumps or
in-house vacuum because the following steps are eliminated: disconnecting the
waste containers, emptying liquid waste, cleaning/decontaminating,
re-installing the waste containers.
Thanks to its compact design the
EZ-Stream pump is ideal for use both on the work bench and in the laminar flow
hood where its small footprint (W 20cm – L 17cm – H 22cm) will save precious
space.
The EZ-Stream pump is at home handling both liquids and gases
making it also suitable for many additional Life Science Laboratory
applications.
Regulatory compliance
Each individual pump is tested to ensure that the max
vacuum delivered does not exceed 700 mbar, the vacuum pressure recommended in
ISO 8199 (Water quality – general guidance on the enumeration of
micro-organisms by culture).
A critical point in the microbiology
laboratory, and aligned with GLP, is decontamination of equipment. The smooth
design of the pump makes this operation easy and efficient. The EZ-Stream Pump
has been qualified to be compatible with a range of surface decontaminants.
Quiet design
Noise is often an issue when using filtration pumps. With the EZ-Stream a cover protects the pump mechanism, and the assembly has been optimized to reduce the noise down to 60 dB.
High vacuum performance
Thanks to its innovative design, the EZ-Stream pump can provide vacuum up to 600-700 mbar, and because it transfers liquids through the pump head this translates to a high flow rate performance. The pump can easily handle a multiple head manifold for water or beverage testing, providing a comparable flow rate to traditional vacuum/pressure pumps and a better flow rate when compared to other liquid pumps.
Maintenance-free
The EZ-Stream pump technology and the materials of construction provide reliable vacuum performance and make the pump maintenance-free. The diaphragm is made of highly durable chemically resistant polytetrafluoroethylene (PTFE).







