Cobetter offer 24-well, 96-well filter plates for researchers to accelerate their workflow of sample preparation for analysis. Our 96 multi-well plates can be used on automated handling robotic platforms.
Cobetter Oro prep™ filter plates are used for high throughput screening, analysis, and sample preparation for laboratory analysis. The filter plates are available in two specifications: 24 well and 96 well. The filter plate is made of polypropylene with wide chemical resistance, and a variety of filter membrane materials. The filter plates are compatible with high throughput sample processing.
Specifications
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| Materials |
Membrane |
Pultrix™ XQ Anion Exchange Membrane |
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Plate Housing |
PP |
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Receiver Plate |
PP |
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Lid |
GPPS |
| Physical Properties |
Well |
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|
Well-Bottom Area |
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Recommended Working Volume |
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Operating Vacuum |
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Centrifugal Force |
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Length |
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Width |
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Height With Lid |
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| Sterility |
Method |
Gamma Irradiation |
| Package |
Delivery Condition |
Non-sterile or Sterile |
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Pack Size |
1/pk |
Features
- 24-well filter plate, meeting the filtration requirements up to 7mL of sample
- 96-well filter plate, providing 350 μ L well volume for rapid sample loading
- The filter plate can be used for vacuum filtration, positive pressure filtration, and centrifugation
- Automation compatible, filter plates to be run in manual, semi-automated, and automated processes
- High throughput and rapid sample processing, low hold-up volume
- A variety of membranes accommodates a range of applications
Applications
- Used for life science and analytical applications and workflows
- PES filter plate is used for aqueous filtration and particle removal, meeting the rapid processing needs of various samples
- PTFE filter plate is used for rapid filtration of organic solvents
- Ultrafiltration membrane is used for concentration of peptides, proteins, oligonucleotides, DNA, and RNA
- Pultrix™ XQ strong anion exchange membrane, high protein binding capacity and good repeatability. Used for rapid separation and purification of negatively charged biomolecules
