Mag-410 10-position magnetic rack
Discuss your magnetic bead separation workflow, consumable dimensions and handling requirements with our team.

Product overview
A closer look at
the Mag-410.
The CarbonLinkAI Mag-410 4/10 mL Ten-Position Magnetic Rack accommodates 4 mL and 10 mL sample tubes or glass vials for separating magnetic beads from liquid. After the beads bind to the target material, place the sample tubes in the rack to collect the beads against the tube walls, then remove the supernatant. With appropriate magnetic beads and reagents, the rack can be used in sample separation, washing, and purification workflows.
Before selection, check the tube outer diameter, bottom shape, and actual working volume. Determine separation time according to the magnetic bead properties and sample system.
Specifications
Product at a glance.
- Model
- Mag-410
- Product type
- 10-position magnetic rack
- Sample format
- 4 mL and 10 mL tubes
- Compatible labware
- 4 mL and 10 mL sample tubes or glass vials
- Number of sample positions
- 10
- Tube position layout
- 5 positions for 4 mL tubes on one side; 5 positions for 10 mL tubes on the other
- Product family
- Tube magnetic racks ↗
Confirm consumable compatibility and configuration for your specific workflow with our team.
Product description
Mag-410.
Product details.
Product overview
Global magnetic rack custom expert CarbonLinkAI magnetic separators sale 4/10mL magnetik rack rival to international standards at just 1/3 of the cost
Performance comparable to international brands, with a 60% reduction in total cost.
In biomagnetic separation processes, the magnetic field uniformity, capture efficiency, and long‑term stability of a magnetic rack directly determine magnetic bead recovery rates and experimental reproducibility. CarbonLinkAI’s 10‑position magnetic rack is specifically designed as a magnetik rack for bead applications, while also accommodating 4mL and 10mL centrifuge tubes. Through three engineering innovations, it delivers performance on par with leading international brands and reduces procurement costs by over 60%.
How to achieve internationally comparable performance and quality
- 3D dynamic magnetic circuit simulation system
CarbonLinkAI has developed an in‑house magnetic field simulation platform capable of modeling tens of millions of magnetic field lines, enabling full‑dimensional virtual validation of each magnet arrangement. Through iterative optimization, batch‑to‑batch magnetic field uniformity is stabilized within an ultra‑low fluctuation range of 0.03T – a specification that matches high‑end Imported Cost-Effective Substitute Cost-Effective Substituteed models.
Value to users: High adsorption consistency across all positions, eliminating the need to repeatedly adjust tube placement, and significantly reducing inter‑batch variation.
- Multi‑gradient annular magnetic pole array
Conventional magnetic separation racks often have “blind spots” that leave a small amount of beads on the tube wall, compromising recovery rates. CarbonLinkAI’s multi‑gradient annular magnetic pole array expands the effective capture area by 40%, achieving full coverage around the tube wall without dead zones.
Whether used as a magnetik rack for nucleic acid extraction or as magnetic separators sale for immunoprecipitation, this design greatly enhances bead capture efficiency and minimizes loss of precious samples.
- Aerospace‑grade NdFeB magnets
High‑grade sintered neodymium‑iron‑boron magnetic material – the same type used in precision aerospace applications such as satellite attitude control – is selected. With multi‑layer protective coating and aging stabilization treatment, the magnetic strength decays less than 0.5% over 10 years under normal use conditions.
This means that over the entire service life of a magnetic rack, no perceptible decline in magnetic performance occurs, and experimental results do not drift due to equipment aging.
Applications
Nucleic acid extraction (magnetic bead method)
Immunoprecipitation, protein purification
Cell sorting, exosome isolation
Medium‑ to high‑throughput laboratories requiring simultaneous processing of multiple sample batches
Whether you use it as a routine magnetik rack for beads or as magnetic separators sale for 4mL/10mL centrifuge tubes, CarbonLinkAI delivers stable, traceable magnetic separation performance.
Why choose CarbonLinkAI as your OEM partner
Performance verifiable: A magnetic field uniformity test report is provided with each batch.
Clear cost advantage: 60% lower end‑user cost for equivalent performance.
Flexible customization: Supports OEM customization of magnet arrangement, number of positions, housing color, and logo.
Reliable delivery: Independently controlled magnet material supply chain with predictable lead times.
A practical understanding of “Imported Cost-Effective Substitute Cost-Effective Substitute replacement”
We do not rely solely on “low price” as our selling point. CarbonLinkAI’s strategy is to match international brands on the magnetic performance indicators that matter most to users, while making reasonable cost optimizations in non‑core areas. The three investments – 3D simulation, annular array, and aerospace‑grade magnets – exceed industry standard practices and are the true source of performance reliability.
If you are looking for a magnetik rack or magnetic separators sale that balances performance, cost, and delivery stability, please contact CarbonLinkAI to request a sample test. Let measured data speak – it is more reliable than any advertisement.
Excellent Imported Cost-Effective Substitute Cost-Effective Substitute replacement – choose CarbonLinkAI.
What sample format is listed for the Mag-410?
What should I include when asking about the Mag-410?
Configuration & inquiry
Let’s check the fit
for your workflow.
Send your requirements with the model name Mag-410. We can discuss the standard product and any customization needs.
Send your requirements ↗- 01Consumables & workflow
Tube, plate or other consumable dimensions and the workflow you plan to use.
- 02Beads & process
Magnetic bead type and the separation steps in your workflow.
- 03Quantity & customization
Required quantity, equipment constraints and branding requirements.





