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Excellent for use in both molecular biology and analytical applications
- Plates are constructed from chemically-resistant, biologically-inert polypropylene with a clear polystyrene lid.
- Robotic-friendly design has single-piece construction, designed in accordance with the ANSI/SBS X-2004 standards. Plates are stackable with and without lids.
- Eliminates crosstalk between wells. Membranes are individually sealed in each well with a proprietary sealing process and each well has a fluid deflector.
- A serialized barcode label allows for the use of automated tracking systems and identifies the membrane type.
- Available in a variety of membrane configurations to meet the requirements of numerous applications.
- Available in a variety of housing colors to help optimize detection.
Products in this data sheet may be covered by one or more patents including EP 1,056,540; US 6,878,343; US 7,135,117; US 7,371,325; EP 0,640,007; US 5,209,849.
Applications by Membrane Type
GHP Membrane
- Cleavage reactions
- Receptor: ligand screens
- Bead-/resin-based purification
- Plasmid lysate clearing
- Isolate DNA from agarose gel slices
- HPLC sample prep and clarification
- Metabolic studies
- Applications that use harsh organics
- Time resolved fluorescence (TRF)
- Microfiltration
- Molecular synthesis
- Enzyme assays
Bio-Inert® Membrane
- Purification of oligos from polyacrylamide gels
- General sample prep
- Metabolic assays
- Bead-based assays
PTFE Membrane
- Solubility studies
- Cleavage reactions
Glass Fiber Media
- Gross fractionation
- Lysate clarification
- Isolation of RNA, gDNA and plasmid from culture
- Radiolabeled cell assays
- Enzyme
Glass Fiber Over Bio-Inert Membrane
- Clarification of cell lysates and tissue homogenates
- Preparation of proteinaceous solutions
- Applications that require prefiltration
Omega Ultrafiltration Membrane
- Size exclusion
- Concentrate, purify, and desalt proteins, peptides, oligos, DNA, and RNA
- Recover proteins, oligonucleotides and RNA from polyacrylamide gels
- Nucleic acid purification
- Compound purification
- Drug plasma binding
- Protein binding studies
Supor® Membrane
- Lysate clearance
- Bead-/resin-based applications
- General filtration
Polypropylene over Supor Membrane
- Fast lysate clearance at low salt conditions
- Clarification of high particulate-laden solutions
- Preparation of proteinaceous solutions
Mustang Ion Exchange Membrane
- Plasmid purification
- Ion exchange applications
- Oligonucleotide purification
- Protein fractionation
- Protein capture
- Antibody purification
54 µm Polyester Screen
- Sample preparation for cell analysis/flow cytometry assays
- Separation of cell, organisms and large particulates
Materials of Construction
Filter Media: Bio-Inert® (modified low protein-binding Nylon), GHP (hydrophilic polypropylene), Omega (modified polyethersulfone), PTFE (hydrophobic PTFE), Supor® (hydrophilic polyethersulfone), and Mustang Q and S membranes; and glass fiber (borosilicate glass without binder) Plate Housing: Polypropylene Lid: Polystyrene
Dimensions Height: 1.7 cm (0.67 in.) with lid and 1.4 cm (0.6 in.) without lid Length: 12.8 cm (5.0 in.) Width: 8.6 cm (3.4 in.)
Well Bottom Area 0.25 cm2
Maximum Well Volume 350 µL
Recommended Maximum Working Volume 300 µL
Recommended Operating Vacuum 25.4 cm Hg (10 in. Hg) or greater
Filtration by Centrifugation 500 - 3,000 x g
Typical Sample Hold-up Volume < 14 µL per well
Chemical Compatibility See the Chemical Compatibility Chart.
Protein Recoveries For Different AcroPrep 96 MWCO Devices
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MW (kDa) |
10K |
30K |
100K |
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| Vitamin B12 - 200 µg/mL |
1.3 |
4 + 1% |
5 + 1% |
7 + 2% |
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| Ovalbumin, turkey - 1.0 mg/mL |
45 |
97 + 2% |
98 + 0% |
48 + 7% |
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| IgG, goat - 1.0 mg/mL |
160 |
98 + 1% |
98 + 0% |
96 + 1% |
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| Apoferritin, equine - 1.0 mg/mL |
443 |
96 + 1% |
89 + 1% |
93 + 0% |
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Observed Crosstalk in AcroPrep 96 Filter Plate = 0%

Fluorescein dye (200 µL of a 2 µg/mL H2O stock) was added to wells of AcroPrep 96 plate with GHP membrane (5 plates total) in a checkerboard pattern. Alternate wells were filled with 200 µL of water. The fluid was evacuated from each filter plate using vacuum filtration at 30 cm Hg (12 in. Hg) for 15 seconds and the filter plate read in a PerkinElmer, Wallac VICTOR* 1420 Multilabel Counter. Wells filled with water which show a CPS reading above the dashed line (5.2 x 104 CPS, which is = “Average” Background + 5% Signal) in the graph constitute a crosstalk event. CPS = Counts Per Second
Contact Customer Service at 800-521-1520 for possible lead-time and date item will be available to ship.
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*US List Price applies only to products delivered within the US. These prices do not reflect duties, taxes or tariffs, which may apply to purchases made outside of the US. See our General Limited Warranty.
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