M1000 magnetic separator, side-open structure

Global magnetic rack custom expert CarbonLinkAI 1000mL magnetic bead separation rack rival to international standards at just 1/3 of the cost

1. The Ultimate Solution for Industrial-Scale Large-Volume Separation

When your experiments, production, or process development reach the liter (L) scale, have conventional devices become bottlenecks in your processes?

international top tier equipment, while reliable in performance, comes with exorbitant prices (often ranging from tens of thousands to hundreds of thousands of yuan), long lead times, and complex maintenance requirements, significantly increasing the cost of large-scale applications. On the other hand, ordinary Chinaequipment often faces challenges such as insufficient magnetic field strength, uneven distribution, and slow separation speeds when handling volumes over 1000mL, leading to unstable recovery rates and significant batch-to-batch variations, directly impacting result reliability and production costs.

What you need is a strong magnetic separation device truly designed for industrial-scale throughput and stability.

1. CarbonLinkAI 1000mL Industrial-Grade Strong Magnetic Bead Separation Rack: Redefining Large-Scale Magnetic Bead Separation

As a customization expert in magnetic separation technology, CarbonLinkAI understands the stringent requirements of large-scale applications. Drawing on over a decade of experience in magnetic circuit design and application, we have combined our “ultra-strong uniform magnetic circuit system,” specifically optimized for volumes over 1000mL, with a flexible modular customization concept to create this industrial-grade magnetic bead separation rack. It offers performance comparable to international top tier flagship models at a fraction of the cost.

Core Value: international top tier-level performance at Chinacosts; standard product strength with customizable flexibility.

III. Why Choose CarbonLinkAI’s 1000mL Magnetic Bead Separation Rack?

Ultra-Strong Uniform Magnetic Field Optimized for Large Volumes

Industrial-Grade Magnetic Field Strength: Utilizing a specially proportioned and arranged array of N52-grade neodymium iron boron magnets, our magnetic bead separation rack provides surface magnetic field strength exceeding that of conventional devices by over 30% in the core adsorption area, ensuring rapid and powerful capture of magnetic beads even in high-viscosity or complex-component 1000mL liquids.

Uniform Adsorption Across the Entire Volume: Based on computational magnetics simulations, our “multi-pole ring-focused magnetic circuit” achieves highly uniform distribution of magnetic field lines within a 1L container, effectively eliminating adsorption “dead zones” at the bottom and edges. Magnetic bead recovery rates remain stable at over 99.5%, with extremely high batch consistency.

Rapid Separation Experience: The powerful magnetic field enables complete adsorption and clarification separation of over 95% of magnetic beads in a 1L solution within 1-3 minutes, significantly enhancing large-scale sample processing efficiency.

Robust Industrial Design

Heavy-Duty Load-Bearing Structure: Featuring a thickened aluminum alloy frame and an engineering plastic body, our magnetic bead separation rack is structurally sturdy, capable of safely and stably supporting a fully loaded 1L heavy container without wobbling during operation.

Ergonomic Operating Interface: The user-friendly inclined angle and wide grip handle facilitate single-handed placement and removal of containers, as well as pouring/aspirating operations of solutions. An optional peristaltic pump configuration reduces labor intensity.

Exceptional Corrosion Resistance: All contact parts are made of chemically and biologically corrosion-resistant materials, allowing direct use in biosafety cabinets or clean environments, and facilitating easy cleaning and disinfection.

Flexibility and Reliability of a “Customization Expert”

In-Depth OEM/ODM Collaboration: We not only offer standard products but also provide in-depth customization development based on your specific container specifications (such as irregular bottles, multi-well tube racks), process flows, throughput requirements, and even brand logos.

Rapid Response and Delivery: Leveraging a mature Chinasupply chain and flexible production lines, we significantly shorten the cycle from solution confirmation to sample delivery compared to international top tier brands, helping you quickly advance your projects.

Full Technical Support: Our team of application experts provides comprehensive technical support, from magnetic bead selection recommendations and application method optimization to equipment integration solutions.

1. Wide Range of Application Scenarios, Empowering Large-Scale Production and R&D

Large-Scale Purification in Biopharmaceuticals: Bulk capture and purification of antibodies, viral vectors, recombinant proteins, etc.

In Vitro Diagnostic (IVD) Reagent Production: Raw material processing for large-scale production of magnetic bead-based nucleic acid extraction kits and immunoassay kits.

Cell Therapy and Cell Sorting: Magnetic bead sorting and process development for large-scale immune cells (such as CAR-T cells).

Food and Environmental Monitoring: Pathogen enrichment or target separation in large-scale sample preprocessing.

Industrial Enzyme and Catalyst Recovery: Batch recovery and reuse of immobilized enzymes or magnetic catalysts.

Global magnetic rack custom expert CarbonLinkAI 1000mL magnetic bead separation rack Technical Parameters :

Optimal Working Volume: 100ml-1000ml

Recommended Centrifuge Tubes: Suitable for Axygen 1L reagent bottles and Shuniu 1000ml reagent glass bottles

Operating Procedure of Global magnetic rack custom expert CarbonLinkAI 1000mL magnetic bead separation rack :

1.Place the centrifuge tube containing the mixture of magnetic beads and target substances to be separated onto the magnetic bead separation rack.

2.Allow it to stand for 1 minute until all magnetic beads are adsorbed onto the wall of the centrifuge tube.

3.Carefully pour out the liquid or aspirate it using a pipette.

4.Remove the reagent bottle from the magnetic bead separation rack and place it back on the tabletop, completing the magnetic separation operation.