Plate Magnetic Stands
InquireCatalog Number｜Packaging
Mat. No |
Ref. No |
No. of preps |
|
OSE-TGA-S04 |
OSE-TGA-S04 | Each |
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Descrition
This 96-well deep plate magnetic stand is designed for efficient magnetic bead separation in deep well and microplate formats. The strong magnetic field enables rapid and reliable separation, supporting high-throughput laboratory workflows.
When used with magnetic bead-based extraction kits, the system facilitates fast isolation of DNA, RNA, proteins, and other biological samples. Its compact and user-friendly design ensures consistent performance, making it ideal for molecular biology, genomics, and clinical research applications.
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Key Features
- High Throughput: Designed for 96-well and deep well plates, enabling efficient processing of multiple samples.
- Efficient Magnetic Separation: Strong magnetic field ensures rapid and reliable bead separation.
- Wide Compatibility: Compatible with standard 96-well microplates and deep well plates.
- Fast Processing: Magnetic separation can be completed quickly, improving workflow efficiency.
- Compact and Durable: Made from high-quality POM material, lightweight, wear-resistant, and suitable for long-term use.
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Magnetic Rack Selection Guide
Our magnetic rack portfolio covers a wide range of applications, including centrifuge tubes, PCR tubes, and 96-well plates. Select the appropriate magnetic rack based on your sample type, tube format, and throughput requirements.
Product OSE-MF-01 OSE-MF-02 OSE-MF-03 OSE-MF-04 OSE-MF-05 OSE-TGA-S04 Image 
Specification 1.5 ml & 15 ml tubes, 2×4 wells 15 ml tubes, 2×6 wells 0.2 ml PCR tubes/plates, 13×8 wells 0.2 ml PCR tubes, 2×8 wells 1.5 ml tubes, 2×8 wells Magnetic rod, 12 mm exposure
OSE-MF-01
1.5 ml & 15 ml tubes, 2×4 wells
OSE-MF-02
15 ml tubes, 2×6 wells
OSE-MF-03
0.2 ml PCR tubes/plates, 13×8 wells
OSE-MF-04
0.2 ml PCR tubes, 2×8 wells
OSE-MF-05
1.5 ml tubes, 2×8 wells
OSE-TGA-S04
Magnetic rod, 12 mm exposure
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Applications
- Magnetic bead-based DNA and RNA extraction
- Protein purification and sample preparation
- Cell separation and biological sample isolation
- High-throughput genomics and molecular biology workflows
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