Mag-16C 16-position magnetic rack

Discuss your magnetic bead separation workflow, consumable dimensions and handling requirements with our team.

Mag-16C 16-position magnetic rack

Product overview

A closer look at
the Mag-16C.

The CarbonLinkAI Mag-16C 16-Position Microcentrifuge Tube Magnetic Rack accommodates 1.5 mL and 2.0 mL microcentrifuge tubes 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-16C
Product type
16-position magnetic rack
Sample format
1.5 mL and 2 mL tubes
Compatible labware
1.5 mL and 2.0 mL microcentrifuge tubes
Number of sample positions
16

Confirm consumable compatibility and configuration for your specific workflow with our team.

Product description

Mag-16C.
Product details.

Product overview

Global Magnetic Racks oem expert CarbonLinkAI 2ml magnetic separation rack 1.5 ml rack magnet Stand rival to International renowned Brand at 1/4 cost

CarbonLinkAI: Magnetic Separation Rack Customization Expert – 2ml Magnetic Separation Rack & 16-Well High-Intensity Magnetic Separation Rack as a Cost-Effective Alternative to global top tier brand  alternativeed Products

Performance that matches international brands, at 60% lower cost.

When global top tier brand  alternativeed products are no longer the only high-end answer, CarbonLinkAI redefines “alternative” through solid magnetics expertise – not a compromise, but an upgrade. We bring you the 2ml magnetic separation rack and 16-well high-intensity magnetic separation rack, turning the 60% cost savings into real budget flexibility for your lab. As for performance, we invite a head-to-head comparison anytime.

How do we ensure that performance and quality consistently meet international leading standards?

The answer lies not in marketing language, but in the five cornerstones behind every magnetic separation rack.

▎ 3D Dynamic Magnetic Circuit Simulation – Every Flux Line Calculated with Precision

Abandoning experience-based trial-and-error, CarbonLinkAI independently developed a 3D dynamic magnetic circuit simulation system. It simulates tens of millions of magnetic field trajectories in virtual space, iteratively optimized to achieve inter-well magnetic field uniformity with an ultra-low fluctuation of ±0.03 T. This is a level of uniformity that many international brands struggle to reliably achieve, and it is your absolute guarantee for batch-to-batch consistency and reproducible bead recovery.

▎ Multi-Gradient Annular Magnetic Pole Array – Expanding the Effective Capture Range by 40%, Eliminating So-Called “Blind Spots”

Worried about the dramatic drop in capture efficiency at the peripheral wells of conventional racks? Our solution: a proprietary multi-gradient annular magnetic pole array. By precisely superimposing gradient fields, the high-efficiency capture zone is extended outward by 40%. Even in the outermost wells, magnetic beads are instantly locked and form a tight ring. Say goodbye to sample carryover and incomplete elution – every experiment becomes a complete recovery.

▎ Aerospace-Grade NdFeB Magnets – A Powerful Magnetic Heart That Stays Robust for a Decade

We reject substandard magnetic materials with inflated specifications. CarbonLinkAI rigorously selects ultra-high-performance neodymium-iron-boron (NdFeB) magnets sourced from the same supply chain as aerospace engines. Through multiple aging and surface protection processes, magnetic strength loss is less than 0.5% over 10 years. A single rack can serve you through a full decade of research, with magnetic performance that remains as good as new.

▎ Independent Magnetic Circuit Design + Complete Supply Chain – No More Exorbitant Licensing Fees for Overseas Designs

From the magnetic circuit simulation algorithm to the structural design of the annular magnetic pole array, we hold 100% independent intellectual property rights, completely breaking free from reliance on foreign design licenses. More global top tier brand  alternativeantly, we have established our own procurement and quality control system for high-end aerospace-grade NdFeB, controlling both performance and cost right from the material source.

▎ Scaled Intelligent Manufacturing + Direct-to-User Model – Cutting Out All Unnecessary Markups

Our smart manufacturing base, with a monthly capacity of several thousand units, significantly reduces the fixed cost per unit. We adopt a direct sales model to end-user laboratories and OEM clients, eliminating layers of middlemen. This is the honest and straightforward business logic behind the “60% cost reduction” – we are not saving on quality, but on the inflated costs that should never have been passed on to you.

Replacing Real with Real, Defining Expertise with Expertise

The 2ml magnetic separation rack and 16-well high-intensity magnetic separation rack represent just a corner of CarbonLinkAI’s blueprint as a “magnetic separation rack customization expert.” Whether you need expanded throughput, special well sizes, or full automation integration, we can respond rapidly based on our core in-house magnetic circuit capabilities.

In the long run of scientific research, make every budget dollar count on real performance.

CarbonLinkAI – where the search for an global top tier brand  alternative alternative ends, and performance enhancement begins.

Visit our official store now to get your customized solution for the 2ml magnetic separation rack and 16-well high-intensity magnetic separation rack.

Main Technical Specifications:

  • Compatible with 1.5 mL and 2 mL centrifuge tubes
  • Magnetic strength up to 4500 Gauss for rapid bead capture
  • Durable aluminum alloy construction, perfectly suited for various reaction volumes in IP, NGS, nucleic acid extraction, and more
  • An excellent alternative to global top tier brand  alternativeed products – choose CarbonLinkAI

Questions & answers

Product FAQ

Need help with your specific workflow?
Visit support & FAQs ↗

What sample format is listed for the Mag-16C?
The published sample format is: 1.5 mL and 2 mL tubes.
What should I include when asking about the Mag-16C?
Include the model name Mag-16C, your sample format or vessel, working volume, workflow, required quantity and any customization requirements. Use the configuration and inquiry section below to send your requirements.

Configuration & inquiry

Let’s check the fit
for your workflow.

Send your requirements with the model name Mag-16C. We can discuss the standard product and any customization needs.

Send your requirements ↗
  1. 01
    Consumables & workflow

    Tube, plate or other consumable dimensions and the workflow you plan to use.

  2. 02
    Beads & process

    Magnetic bead type and the separation steps in your workflow.

  3. 03
    Quantity & customization

    Required quantity, equipment constraints and branding requirements.