SOLIDEX®-ISOEx MX8 Magnetic Separator (Cat No.:GMP-ISOEx-Mag-MX8)
The SOLIDEX®-ISOEx MX8 Magnetic Separator maximizes cell sorting throughput. This equipment can accommodate up to 8 SOLIDEX®-ISOEx M Columns simultaneously, enabling the parallel processing of multiple small-scale samples while ensuring the optimal retention of magnetically labeled cells and high cell purity.
Product Features
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High-Efficiency Capture: Achieves optimal purity and recovery rates even with minimal nanobead labeling.
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Rapid and Gentle: Preserves cell viability, making it highly suitable for downstream applications such as flow cytometry analysis and immune cell preparation.
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Broad Compatibility: Beyond its seamless integration with the SOLIDEX®-ISOEx M Column and Cell Isolation Kit & Nanobeads (Column-based), it boasts full compatibility with mainstream magnetic beads and sorting equipment available on the market.
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User-Friendly Operation: Its standard benchtop design allows for flexible assembly with a universal stand, while the magnetic attachment mechanism ensures rapid and secure installation and removal.
SOLIDEX®-ISOEx MX8 Magnetic Separator is developed for eight-channel and high-throughput magnetic cell isolations allowing up to eight simultaneous processes with SOLIDEX®-ISOEx Column-Based Nanobeads and columns, which can realize the rapid and gentle parallel isolation of labeled cells by inducing a high-gradient magnetic field and ensure the stability and activity maintenance of cells.
Check GeneMedi's SOLIDEX®-ISOEx Cell Isolation Kit & Nanobeads
Order information
| Catalog No. | Product Name | Size | Price(In USD) |
|---|---|---|---|
| GMP-ISOEx-Mag-MX8 | SOLIDEX®-ISOEx MX8 Magnetic Separator | 1 piece | 1143 |
Description
| Cat No. | GMP-ISOEx-Mag-MX8 |
| Product Name | SOLIDEX®-ISOEx MX8 Magnetic Separator |
| Description | SOLIDEX®-ISOEx MX8 Magnetic Separator is developed for eight-channel and high-throughput magnetic cell isolations allowing up to eight simultaneous processes with SOLIDEX®-ISOEx Column-Based Nanobeads and columns, which can realize the rapid and gentle parallel isolation of labeled cells by inducing a high-gradient magnetic field and ensure the stability and activity maintenance of cells. |
| Application | SOLIDEX®-ISOEx MX8 Magnetic Separator is suitable for high-throughput parallel processing of up to eight simultaneous separations, enabling efficient positive selection or negative selection or depletion of cells with SOLIDEX®-ISOEx M Columns, large-cell isolation, or molecule purification in multi-sample workflows. |
| Format | Column-based |
| Number of Channels | 8 |
| Storage | Room temperature;Extremely Strong Magnetic Field. Keep away from computers, pacemakers, watches, and other objects that respond to magnetic fields. |
| Compatible Equipment | SOLIDEX®-ISOEx M Column |
FAQ
Q1: What is the core difference between the SOLIDEX®-ISOEx MX and LX series Magnetic Separators?
- SOLIDEX®-ISOEx MX Series (MX1 / MX8):Specifically designed for the SOLIDEX®-ISOEx M Column, generating a high-gradient magnetic field optimized for smaller volumes. Suitable for small-scale samples up to 2×108total cells.
- SOLIDEX®-ISOEx LX Series (LX1 / LX4):Engineered for the SOLIDEX®-ISOEx L Column, providing a uniform strong magnetic field covering a larger column volume. Ideal for large-scale samples up to 2×109total cells.
Q2: What factors should be considered when choosing between single-channel (MX1/LX1) and multi-channel (MX8/LX4) separators?
- Single-channel models (MX1 / LX1):Ideal for basic experimental setups involving individual or low-volume sample processing.
- Multi-channel models (MX8 / LX4):Designed for high-throughput parallel processing. The MX8 accommodates up to 8 M Columns simultaneously, while the LX4 holds up to 4 L Columns. This configuration significantly reduces batch-to-batch variation and dramatically enhances efficiency for multi-sample screening.
Q3: What is the primary function of the SOLIDEX®-ISOEx Stand? Can it accommodate multiple separators simultaneously?
Q4: Will the magnetic field strength of the separators degrade over time?
Q5: What are the guidelines for routine cleaning and maintenance of the equipment?
- No Autoclaving:Extreme temperatures will cause irreversible demagnetization and structural deformation of the casing.
- Surface Cleaning:Regularly wipe the exterior with 70% ethanol or a 1% sodium hypochlorite solution for disinfection. Follow with a wipe-down using sterile water or a mild detergent, and allow it to air dry.
- Avoid Corrosion:Do not submerge the units in liquid for extended periods, and avoid using strong acidic or alkaline solvents.

