M96-E 96-well magnetic plate

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

M96-E 96-well magnetic plate

Product overview

A closer look at
the M96-E.

The CarbonLinkAI M96-E 96-Well U/V-Bottom Plate Magnetic Separator accommodates 96-well U-bottom or V-bottom deep-well plates for magnetic bead separation in microplates or compatible labware. After the bead-binding reaction, place the labware on the separator to collect the beads in the magnetic field, then remove the supernatant or perform washing steps. With magnetic beads and reagents selected for the workflow, magnetic separation can support sample processing and purification.

Before selection, confirm the exact plate or tube-strip model, bottom shape, skirt, and fill volume. Instrument integration also requires checking installation space and aspiration positions.

Specifications

Product at a glance.

Model
M96-E
Product type
96-well magnetic plate
Sample format
96-well plates
Compatible labware
96-well U-bottom or V-bottom deep-well plates
Compatible instrument
Agilent BioTek 405 TS microplate washer

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

Product description

M96-E.
Product details.

Product overview

CarbonLinkAI 96-Well Magnetic Racks: China’s Sales Champion Redefines Lab Efficiency

> Precision at 1/3 Import Price | 10-Year Magnetic Stability | 0.5% Edge Residual Rate

🔥 Why 3,000+ Labs Switched from CarbonLinkAI ?

“Uniform magnetic field outperforms our $2,000 V bottom 96 well plate Magnetic plate –at 1/3 the cost!”

– Head of Core Lab, European Biotech Firm

√ 40% Faster Adsorption

√ 94% Lower Residual Beads

√ $15,000+/Year Saved

🚀 Triple Core Technologies: Engineered for Excellence

✅ 3D Dynamic Magnetic Simulation System

► 10M+ magnetic field trajectories simulated → Eliminates edge flux (≤±0.03T fluctuation)

► Achieves surgical-grade uniformity (ISO9001 compliant)

► User Benefit: Retrieves 1μm beads in 30s (U-bottomAggregation diameter≤1mm) with >99.9% recovery

✅ Multi-Gradient Ring Array

► 8-layer aerospace NdFeB rings at 45° stagger → Expands adsorption zone by 40%

► Edge-to-center force variance <5% (vs. >20% in imports)

► User Benefit: Zero dead zones across 96 wells (CV<2.1% in HTS)

✅ Aerospace-Grade Magnetic Engine

► NdFeB magnets (52MGOe+) with MIL-STD-810H certification

► <0.5% flux loss after 100k cycles (10-year lifespan)

► User Benefit: Daily cost as low as $0.04

⏱️ Revolutionize Your Workflow

Application            CarbonLinkAI Performance

Nucleic Acid Extraction     Full adsorption at ≤3μg/μL

Cell Separation          >98% CD34+ cell recovery

Protein Purification         Zero residual beads in 20μL eluent

🌍 Trusted by Global Innovators

■ “Replaced 24 import racks saving $46k/year. HTS CV improved from 8.9%→1.8%!”

-National Genomics Center,

■ “0 bead loss in V-bottom plates – finally solved wall-clinging issues!”

– Synthetic Bio Lab

■ “Magnetic stability identical to Day 1 after 18 months of daily use.”

– QC Department

🛡️ Zero-Risk Assurance

► 1-Year Global Warranty: Free replacement if flux>0.5%

► Universal Compatibility: U/V/Flat-bottom plates (One rack fits ALL)

► No-Quibble Guarantee:

→ 30-day returns (even used units accepted)

→ FEDEX express replacement for defects

Questions & answers

Product FAQ

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

What sample format is listed for the M96-E?
The published sample format is: 96-well plates.
What should I include when asking about the M96-E?
Include the model name M96-E, 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 M96-E. 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.