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Product Overview
⚠ FLAG: Equipment item — minimal enrichment applied. Manual review required.
Multitube Magnetic Separators is a laboratory equipment item from Ocean NanoTech. Refer to the manufacturer data sheet for full specifications.
For Research Use Only (RUO). Consult the user manual before operation.
Physical & Chemical Properties
| Dimensions | (H x W x D): 4.54 cm x 18 cm x 7.3 cm |
|---|---|
| Weight | 3.8 kg |
| Separation Time | 20 nm ~12 h; 30 nm ~8 h; 40 nm ~6 h; 50 nm ~4 h (actual times vary). |
Product Description
The SuperMag Multitube Separator™ is designed for the separation of magnetic nanocrystals in solution using small volumes in different containers. It is easy to use and portable having a weight of 1.23 kgs (3 lbs) and the dimensions 4.54 cm x 18 cm x 7.3 cm. The ten inserts located on the top of the separator are designed to hold 1 – 2 mL centrifuge tubes. All the openings can be used for simultaneous separation of multiple samples. The time required for separation increases with smaller diameter magnetic nanocrystals. This product is highly recommended for iron oxide with diameters of 20 nm and above. During the purification process, pipet out the supernatant solution without removing the container from the magnet. It is recommended to wash the magnetic nanocrystals at least two times while the magnetic nanocrystals are attached on the wall. SuperMag Multitube Separator™ is designed for the separation of magnetic nanocrystals from multiple samples. It has ten openings designed for two different solution containers for two different volumes to meet different needs in the laboratory.
Multitube Magnetic Separators is a component reagent designed for use in nanoparticle preparation, surface functionalization, or conjugation protocols. It is intended for use as part of a defined workflow; consult the product data sheet or associated kit protocol for the specific step and recommended concentration.
Store this reagent as specified in the product data sheet. In general, conjugation buffers and nanoparticle reagents should be stored at 2–8°C away from direct light. Avoid freeze-thaw cycles unless explicitly stated to be compatible with freezing. Confirm lot-specific storage conditions on the label or accompanying documentation.
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