| Specification | Details |
|---|---|
| Product Name | Multiscreen Filter Plates FL-26 |
| Category | Filtration Accessories |
| Product Type | Multi-well Membrane Filter Plate |
| Material | Laboratory-grade Polypropylene |
| Filtration Method | Multi-well Membrane Filtration |
| Well Format | Standard Multi-well Plate Format |
| Compatibility | Automated and Manual Laboratory Systems |
| Construction | Multi-well Plate with Integrated Filtration Membrane |
| Application | High-throughput sample preparation, purification, screening, and laboratory filtration |
All, Filters
Multiscreen Filter Plates
Multiscreen Filter Plates FL-26 are advanced multi-well filtration plates designed for high-throughput sample preparation, separation, and purification in laboratory workflows. Featuring an integrated membrane filtration system within a standard multi-well plate format, these filter plates enable simultaneous processing of multiple samples with excellent consistency and efficiency.
- Multi-well design enables simultaneous filtration of multiple samples.
- Integrated membrane provides consistent and reliable filtration performance.
- Compatible with automated and manual laboratory workflows.
- Laboratory-grade polypropylene construction offers excellent chemical resistance.
- Supports high-throughput screening and sample preparation.
- Standard plate format ensures compatibility with common laboratory equipment.
- Reduces sample handling time and improves workflow efficiency.
- Suitable for research, quality control, and analytical laboratory applications.
- Ideal for pharmaceutical, biotechnology, molecular biology, and clinical laboratories.
- Commonly used for protein purification, DNA/RNA preparation, and sample cleanup.
- Store in a clean and dry environment before use.
- Intended for laboratory use following standard operating procedures.
- Compatible with automated liquid handling systems and microplate accessories.
- Dispose of used filter plates according to laboratory waste management guidelines.
- Helps improve reproducibility and efficiency in high-throughput laboratory processes.
