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EFHAW100M3

Millipore

EZ-Fit® filtration unit with absorbent pad

0.45 µm MCE white membrane with 100 mL funnel, multi packaging of 3 units, suitable for solid and liquid cultivation

Synonym(s):

EZ-Fit® Blue Funnel HAWG 100ml multi-pack, EZ-Fit® Filtration funnel, Filtration unit, Membrane filtration device made of gridded, mixed cellulose esters membrane for bioburden testing

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About This Item

UNSPSC Code:
41116129
NACRES:
NB.24

material

blue acrylonitrile-butadiene-styrene (ABS) base
cellulose support
gridded white filter
low-density polyethylene plug
mixed cellulose esters (MCE)
polystyrene cover
styrene-butadiene device

Quality Level

Agency

EP
ISO
USP

sterility

sterile; electron beam irradiated

feature

ready-to-use

manufacturer/tradename

EZ-Fit®

packaging

pkg of Multi packaging of 3 units

parameter

100 mL sample volume

filter diam.

47 mm

funnel capacity

100 mL

pore size

0.45 μm pore size

application(s)

bioburden testing
cosmetics
industrial qc
water monitoring

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General description

The EZ-FIT® filtration unit is a single-use filtration device made of white, gridded, and mixed cellulose esters (MCE) membrane with a blue base integrating a cellulose support pad. It provides a safe and fast way of performing membrane filtration by avoiding the exposure to the risks of microbiological analysis.

The filtration units are e-beam irrated, a vented lid covers the sample throughout filtration, and a 360° rim prevents forceps from accidentally touching the membrane filtration area during membrane transfer, to protect samples from contamination while ensuring reliable microbial enumeration results.

The EZ-FIT® Azure feature makes the EZ-FIT® filtration unit even more ergonomic and convenient with transparent funnel and all-around filling level indicators for an easy filling from any angle. The innovative funnel assembly design prevents any leaks or sample by-pass of the membrane.

The blue units provide the extra flexibility of either transferring the membrane to an agar plate or converting the device into a Petri dish by adding the liquid media, after filtration.

The filtration units conform to international standards and minimize sample residue. The units can be stacked to save the work area. This disposable device is designed to fit onto the EZ-FIT® Manifold, which features specific EZ-FIT® Filtration heads.

Application

The EZ-Fit® Filtration funnel is used in bioburden testing of liquid samples such as water, process samples, or final products.It is designed for optimizing the lab workflow and for providing rapid and reliable microbiological results.

Features and Benefits

  • The transparent funnel allows you to see when filtration is complete from any angle
  • Thanks to all-around filling level indicators there is no need to turn the funnel when placing it on the filtration support
  • The shape of the membrane base makes transferring the membrane with the forceps easy
  • The unit’s design allows the funnel to be removed with one hand
  • The units are stackable, saving space in the work area
  • It comes with a Petri pad

Legal Information

EZ-FIT is a registered trademark of Merck KGaA, Darmstadt, Germany

Certificates of Analysis (COA)

Search for Certificates of Analysis (COA) by entering the products Lot/Batch Number. Lot and Batch Numbers can be found on a product’s label following the words ‘Lot’ or ‘Batch’.

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Articles

Comparison of convenience, operating time, accuracy, costs and safety aspects of single-use funnels vs. reusable funnels for the membrane filtration method in QC microbiology.

Comparison of convenience, operating time, accuracy, costs and safety aspects of single-use funnels vs. reusable funnels for the membrane filtration method in QC microbiology.

Comparison of convenience, operating time, accuracy, costs and safety aspects of single-use funnels vs. reusable funnels for the membrane filtration method in QC microbiology.

Comparison of convenience, operating time, accuracy, costs and safety aspects of single-use funnels vs. reusable funnels for the membrane filtration method in QC microbiology.

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