Description
Magnetic separation rack for 1.5/2 ml tubes
GeniePure Separation Rack (1.5/2 ml) is a magnetic separation rack for 1.5 ml and 2 ml microcentrifuge tubes. It gives fast, complete magnetic bead capture for nucleic acid clean-up, extraction and immunoprecipitation, and its powerful magnets allow buffer exchange without centrifugation.
The tube holder detaches from the magnetic base, so you can resuspend or mix samples between steps without removing the tubes. Sloped sidewalls hold the tubes firmly against the magnet for smooth, accurate aspiration, and built-in magnetic shielding prevents racks attracting each other when several are used side by side.
Holds 16 tubes (1.5 ml per well). For research use only.
Key Features
| Removable tube holder | Detach the rack from the magnetic base to resuspend or mix samples without removing the tubes. | |
| Angled, zero-shake design | Sloped sidewalls keep tubes aligned to the magnet for smooth, accurate liquid handling. | |
| Interference-free scaling | Built-in magnetic shielding prevents rack-to-rack attraction in high-throughput setups. | |
| Centrifugation-free workflow | Powerful magnets give fast, complete bead capture for buffer exchange. |
Specifications
| Format | Magnetic separation rack with removable tube holder |
| Compatible tubes | 1.5 ml and 2 ml microcentrifuge tubes |
| Capacity | 16 wells (1.5 ml/well) |
| Applications | Magnetic bead-based nucleic acid clean-up, extraction and immunoprecipitation |
Components
| Components | Amount |
| GeniePure Separation Rack (1.5/2 ml) | 16 wells (1.5 ml/well) |
Storage
Store at 15 ~ 25°C.
Q1: Which tubes does the rack hold?
- It takes 1.5 ml and 2 ml microcentrifuge tubes, with 16 wells (1.5 ml per well).
Q2: Can I mix samples without taking the tubes out?
- Yes. The tube holder detaches from the magnetic base, so you can resuspend or mix samples and then return them to the magnet without removing the tubes.
Q3: Can I use several racks next to each other?
- Yes. Built-in magnetic shielding prevents racks attracting each other, so they can be used side by side in high-throughput setups.
