Pall®  AcroPrep™ Advance 96-well Filter Plates for DNA Purification

• Maximum Yields of High-Quality DNA
• Optimized for maximum binding yield of DNA from a variety of sample types
• New well geometry results in reduced hold-up volume and higher recovery of DNA
• New outlet tip geometry provides direct flow of samples into receiver plate without concerns of cross-contamination
• Enhanced membrane ensures high yields of contaminant-free DNA for downstream applications
• Manufactured in accordance with SBS guidelines, allowing entire DNA purification process to be performed on automated equipment

Pall® Minimate™ capsules with Omega™ membrane

Reusable TFF Device for Bioprocessing Applications Accelerates and Simplifies Processing of Up to 1 L

Efficient processing. Concentration and diafiltration (desalting or buffer exchange) processes can be performed on the same system with minimal user intervention.

Achieves high concentration factors in a single step due to the low holdup volume of the device. Process sample volumes up to 1 L or more and efficiently concentrate samples to as little as 5 mL.

Minimate™ TFF capsule includes all fittings and tubing to simplify installation into filtration setups. This versatile, self-contained device works with a variety of positive pressure laboratory pumps.

Cost-effective design for non-critical applications. The plastic construction of the Minimate™ TFF capsule and chemical compatibility of the Omega™ PES ultrafiltration membrane facilitate cleaning and reuse.

Scalable. Several Minimate™ TFF capsules may be connected in parallel for increased membrane area. (For more information, contact Pall Technical Service.) -Minimate™ TFF capsules have the same path length and materials of construction as larger Pall Centramate™ and Centrasette™ cassette systems used in pilot and production plants. Predictable performance saves time when scaling up a process.

High product recovery. Optimized flow path design coupled with low protein binding Omega membrane minimize non-specific binding.

Reusable economically-priced device can be dedicated to a single batch or process eliminating the time required for cleaning and validation.

Each Minimate™ capsule is 100% integrity tested during manufacture to ensure reliable performance. For critical applications, the user can re-test the integrity after initial use. A Certificate of Quality is included with each capsule.

Pall® AcroPrep™ Advance 96-well Filter Plates for Ultrafiltration

• Provides rapid, efficient separation of biomolecules
• Omega™ membrane provides high recovery and typically results in > 90% recovery of target biomolecules
• New well design results in faster, more uniform filtration rates across the plate with reduced hold-up volume for maximum sample recovery
• Intrinsic plate and membrane properties prevent target molecules from binding to the plate

Item	Description
8033	Pall® AcroPrep™ Advance 96-well Filter Plates for Ultrafiltration - 350 µL, Omega 3K MWCO (10/pkg)
8034	Pall® AcroPrep™ Advance 96-well Filter Plates for Ultrafiltration - 350 µL, Omega 10K MWCO (10/pkg)
8035	Pall® AcroPrep™ Advance 96-well Filter Plates for Ultrafiltration - 350 µL, Omega 30K MWCO (10/pkg)
8036	Pall® AcroPrep™ Advance 96-well Filter Plates for Ultrafiltration - 350 µL, Omega 100K MWCO (10/pkg)
8163	Pall® AcroPrep™ Advance 96-well Filter Plates for Ultrafiltration - 1 mL, Omega 3K MWCO (5/pkg)
8164	Pall® AcroPrep™ Advance 96-well Filter Plates for Ultrafiltration - 1 mL, Omega 10K MWCO (5/pkg)
8165	Pall® AcroPrep™ Advance 96-well Filter Plates for Ultrafiltration - 1 mL, Omega 30K MWCO (5/pkg)
8166	Pall® AcroPrep™ Advance 96-well Filter Plates for Ultrafiltration - 1 mL, Omega 100K MWCO (5/pkg)

Pall® AcroPrep™ Advance 96-well Filter Plates for Lysate Clearance

• Prefilter Provides Efficient Clarification Highly Particulated Samples
• Integrated pre filter yields consistent filtration of samples with high levels of gross particulate
• New well geometry results in faster, more uniform filtration rates across the plate with reduced hold-up volume
• Innovative outlet tip geometry provides direct flow of samples into receiver plate without concerns of cross-contamination
• Manufactured with biologically inert materials that allow clarification of most types of lysates without loss of target molecules

Item	Description
5231	Pall® AcroPrep™ Multi-well plate lids (10/pkg)
8040	Pall® AcroPrep™ Advance 96-well Filter Plates for Lysate Clearance - 350 µL, 3.0 µm Glass Fiber/1.2 µm Supor membrane (10/pkg)
8075	Pall® AcroPrep™ Advance 96-well Filter Plates for Lysate Clearance - 350 µL, 3.0 µm Glass Fiber/0.2 Supor membrane (10/pkg)
8175	Pall® AcroPrep™ Advance 96-well Filter Plates for Lysate Clearance - 1 mL, 3.0 µm Glass Fiber/0.2 µm Supor membrane (5/pkg)
8275	Pall® AcroPrep™ Advance 96-well Filter Plates for Lysate Clearance - 2 mL, 3.0 µm Glass Fiber/0.2 µm Supor membrane (5/pkg)

Pall® MicroFunnel™ ST Filter Funnels

• Convenient and Economical Choice for Sterility Testing Within Isolators
• MicroFunnel ST filter funnels offer an alternative to costly closed-system sterility testing when using an isolator or containment suite
• 0.45 μm GN-6 Metricel® membrane or low binding Supor® membrane provides a choice for sterility testing applications in the pharmaceutical industry
• Supor membrane is ideal for testing antibiotic solutions
• Double bagged packaging ensures easy transfer through airlock
• Simple squeeze separation design makes membrane retrieval easy
• Meets requirements of U.S., Japan, and European Pharmacopeias for sterility testing

Pall® Microsep® Advance Centrifugal Devices

• Precise, Quick Recovery of Microliter Volumes
• Rapidly concentrates 0.5-5 mL sample volumes to 65–100 μL.
• Achieve 50X concentration and > 90% recovery in just minutes
• Deadstop feature prevents samples from spinning to dryness
• Versatile Omega™ membrane is available in a variety of MWCOs
• Color-coded and laser etched for easy identification

Pall® 47 mm, In-line Filter Holders

The 47 mm filter holders are designed for in-line liquid or gas filtration. They open and close easily without disturbing the filter disc.

• Designed for in-line liquid or gas filtration
• Easy open and close
• Available in a variety of materials

They are available in polycarbonate and aluminum.

For venting and air monitoring applications, the sturdy plastic construction of the lightweight polycarbonate 47 mm in-line filter holder is ideal.

For stack sampling applications, the 47 mm in-line filter holder in anodized aluminum is a durable and cost-effective choice.

For excellent chemical resistance and continuous processing of fluids at high pressure, the 47 mm in-line filter holder in stainless steel is recommended.

Pall® Laboratory Manifold

A unique microbiology manifold that allows you to optimize testing without sacrificing cleanliness. With interchangeable components and coupling devices, the manifold takes direction from you.

• No more “dirty” manifolds: Microbial cross contamination of your sample is a thing of the past. The manifold is designed to fit most laboratory autoclaves by separating into manageable components.

• Double testing capacity: A larger manifold is at your reach with just a coupler. Modular design allows two manifolds to combine yielding a standard 6-place manifold which can be easily separated for disinfection and/or sterilization.

• Manifolds that adapt to you: Whether you are right or left-handed, setting up your test workflow is second nature. The components interchangeable and designed with a simple slip fit to the manifold.

Applications

Bioburden testing of filterable products is performed to determine the number of viable and reproducible microorganisms. By recovering organisms on and in a membrane filter, processing efficiency and the microbial quality of a sample can be evaluated to assure that the product is not harmful to the intended recipient.

Detecting spoilage microorganisms are critical for foods and beverages as they may be responsible for the deterioration of sensory qualities (visual, texture, and taste) and may potentially render the product harmful for consumption. Using membrane filtration, detection of these spoilage microorganisms keep contaminated items from reaching the market.

Monitoring for compliance to drinking water standards using Membrane Filtration Technique, determines if there are levels of pathogenic microorganisms in treated water or wastewater. These microorganisms include coliforms such as Escherichia coli (E. coli) and Legionella which are both classified as pathogens.

Pall® Acro® 50 Vent Devices

• 50 mm Filters with Superior Performance for Demanding Applications
• Reusable and autoclavable
• PTFE membrane and polypropylene housing have broad chemical resistance
• Large surface area provides greater throughput and high air flow rate
• Available with a variety of inlet and outlet connectors