Global magnetic racks OEM expert carbonlinkai 2L magnetic separation rack Performance  Surpasses International top-tier prices slashed by 60%

Magnetic Separation Rack OEM Expert | Carbonlinkai top-tier internationally-Caliber Alternative | 2L Magnetic Bead Separation Rack | Circular Rack

360° Uniform Adsorption, 2L High-Efficiency Processing — A Circular Magnetic Separation Rack Built for Scaled-Up Applications

In scenarios like industrial-scale biopreparation and large-volume sample processing, traditional straight magnetic separation racks often face challenges of uneven magnetic fields and limited throughput. Leveraging deep OEM/ODM expertise and core magnetic circuit technology, Carbonlinkai introduces a circular magnetic separation rack specifically designed for 2L scale. It features a circumferential magnetic circuit layout, achieving a true 360° uniform and strong magnetic field. Combined with deep customization services, it provides you with a scalable separation tool that rivals top-tier internationally quality while offering both efficiency and flexibility.

Core Advantages: Why Choose Our 2L Magnetic Bead Separation Rack?

🔄 Circular Design, Efficiency Redefined

360° All-Around Adsorption: Circumferential precision magnet array eliminates “adsorption dead zones,” ensuring magnetic beads are captured rapidly and uniformly on any side of the container wall. Separation speed can be increased by up to 30%, making it especially suitable for high-viscosity or large-volume samples.

Extensive Compatibility: Perfectly compatible with most standard 1800mL, 2L round reagent bottles, reaction vessels, and customized containers on the market. No need to repeatedly adjust the container angle, enabling more convenient operation and higher throughput.

Optimal Space Utilization: The compact and sturdy cylindrical structure allows for easy side-by-side deployment of multiple units on clean benches or production lines, optimizing workspace.

⚙️ Carbonlinkai’s Core OEM/ODM Capabilities

End-to-End Support from Design to Production: We are not just a supplier, but your R&D partner. We offer complete custom development—from magnetic circuit design and structural optimization to sample testing—based on your specific process, container dimensions (diameter/height), and magnetic field strength requirements.

Flexible Customization Options:

Magnetic Circuit Solution: Standard uniform field or custom high-strength gradient field.

Structural Material: anodized aluminum, or high-strength engineering plastic stands are available to meet different requirements for cleanrooms, corrosive environments, etc.

Function Integration: Can integrate features like base heating, stirring, or automation interface for functional unity.

Branding: Supports shell laser engraving, color logo printing, etc., to create your exclusive branded product.

🏭 top-tier internationally-Caliber Alternative, Scalable Cost Advantage

Performance Benchmarking, Affordable Price: Core magnetic performance parameters (e.g., surface field strength, uniformity) are directly benchmarked against international brands. We provide “top-tier internationally-caliber alternative” quality at domestic manufacturing costs, making it an ideal choice for replacing expensive top-tier internationallyed equipment.

Batch Delivery Assurance: As a professional OEM manufacturer, we have a mature supply chain and scalable production capacity, ensuring stable delivery and excellent consistency for bulk orders.

🔬 Rugged & Durable, Built for Industrial Use

Industrial-Grade Structure: Thickened metal base and reinforced frame ensure superior stability with no risk of tipping even when fully loaded with 2L of liquid.

Long-Lasting Magnetic Force & Protection: Utilizes N52 or higher grade high-performance Neodymium (NdFeB) magnets with multi-layer protective coating, effectively resisting solvent erosion and physical wear. Features extremely low magnetic decay rate and significantly extended service life.

Application Scenarios

Scaled-Up Biopharmaceutical Production: Used for large-scale magnetic bead-based separation and washing in monoclonal antibody purification, viral vector concentration, and cell therapy products.

Molecular Diagnostic Reagent Production: Adapts to high-volume production workflows for nucleic acid extraction kits, enabling rapid magnetic bead recovery.

Chemical & Material Synthesis: Used for efficient separation and recycling of nanomaterials and catalyst beads from large-volume reaction systems.

Food & Environmental Monitoring: Processes large-volume water or liquid food samples to enrich pathogens, heavy metals, or contaminants.

Customization Case Studies

Custom for a CDMO: Developed a non-standard oval magnetic separation rack based on the shape of their single-use bioprocess bag, integrated into a closed production line for aseptic operation.

Custom for a Research Institute: Developed a circular rack with detachable magnetic rod modules to meet their need for conducting separation experiments at different strengths simultaneously.

OEM for an Instrument Company: Supplied branded circular magnetic separation rack modules in bulk according to their whole-machine design, serving as a core component of their automated nucleic acid extraction system.

If you are looking for a circular magnetic separation rack solution that enhances large-scale magnetic bead separation efficiency and stability and requires deep customization, or planning to develop your own branded separation equipment, Carbonlinkai is your reliable OEM expert partner.

Key Technical Parameters for the Carbonlinkai 2L magnetic separation rack:

Optimal Working Volume: 200mL – 2000mL

Recommended Container: Compatible with Shuniu 1800mL reagent glass bottles.

Operating Procedure for the Carbonlinkai 2L magnetic separation rack:

1.Place the tube containing the mixed solution of magnetic beads bound to the target onto the magnetic rack.

2.Allow it to stand for 1 minute, or until all magnetic beads are collected against the tube wall.

3.Carefully decant or aspirate the supernatant using a peristaltic pump.

4.Remove the container from the rack and place it back on the bench. The magnetic separation is now complete.