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Cytiva Whatman™ Mini-UniPrep™ Syringeless Filters
Processes sample loads in one-third the time. Whatman™ Mini-UniPrep™ Syringeless Filters provide a faster and easier way to remove particulates from samples being prepared for HPLC and UHPLC analysis.
$428.00 - $4,805.65
Specifications
Material | Polypropylene |
---|---|
Pore Size | 0.2 μm |
For Use With (Application) | Routine HPLC/UHPLC analysis; Composite assays; Content uniformity; Protein precipitation; Solubility testing; Dissolution testing; Sample filtration; Standard robotics on HPLC instruments with sensitive needles, allowing for higher throughput; Light sen |
Type | Syringeless Filter |
Catalog Number | Mfr. No. | Material | Pore Size | Quantity | Price | Quantity | |||
---|---|---|---|---|---|---|---|---|---|
Catalog Number | Mfr. No. | Material | Pore Size | Quantity | Price | Quantity | |||
09-923-109
|
Cytiva
UN503NPEPP |
Polypropylene | 0.2 μm | 1000/Pk. |
Pack of 1000 Each for $4,805.65
|
|
09-923-104
|
Cytiva
UN203NPEPP |
Polypropylene | 0.2 μm | 100/Pk. |
Pack of 100 Each for $428.00
|
|
Description
- Pre-assembled all-in-one filtration process; eliminates the need for syringe filter, syringe, vial and septum; reduces costs by up to 40%
- Wide range of membrane choices from 0.2 and 0.45 µm pore sizes to meet specific sample application requirements
- Compatible with most major autosamplers
- Fewer consumables required
- Plunger contains a filtration membrane at one end and a pre-attached cap/septum at the other
- Can be used either manually or with a compressor unit
- Processes up to 6 samples at one time, further improving sample processing time and reducing the risk of hand stress
- Designed to fit into any autosampler accommodating 12 x 32 mm vials
- OR, septum can be pierced with needle and sample drawn off for manual injection into an analyzer
Specifications
Polypropylene | |
0.2 μm | |
Routine HPLC/UHPLC analysis; Composite assays; Content uniformity; Protein precipitation; Solubility testing; Dissolution testing; Sample filtration; Standard robotics on HPLC instruments with sensitive needles, allowing for higher throughput; Light sen | |
Syringeless Filter |