Global magnetic rack custom expert carbonlinkai 250mL magnetic separation rack rival to international standards at just 1/3 of the cost
Carbonlinkai: The Customization Expert for Magnetic Separation Racks – An Affordable Import Alternative for 250mL Magnetic Bead Separation Racks: High-Capacity, High-Performance, Laboratory-Grade Precision Solutions

I. Core Challenges: The “High Cost” and “Low Adaptability” Dilemma of Laboratory Magnetic Separation Equipment
In fields such as life sciences, biopharmaceuticals, and molecular diagnostics, magnetic bead separation technology is a critical step in nucleic acid extraction, protein purification, and cell sorting. However, traditional imported magnetic separation racks commonly face the following issues:
High Cost: Single units often cost thousands of dollars, creating significant pressure for bulk procurement budgets.
Limited Capacity: When separating large-volume 250mL samples, batch processing is required, leading to low efficiency.
Poor Adaptability: With diverse magnetic bead types and test tube specifications, universal equipment struggles to meet customized needs.
Complex Maintenance: Imported equipment suffers from slow post-sales response times and high repair costs.
Carbonlinkai’s magnetic separation racks are designed as an “affordable import alternative” to address these challenges, offering a cost-effective, high-capacity, and highly customizable laboratory magnetic separation solution!
II. Carbonlinkai’s Core Product Advantages: Redefining Magnetic Separation Rack Standards Across Four Dimensions
Optimized for High-Capacity Magnetic Bead Separation
Compatible with standard 250mL centrifuge tubes and reagent bottles, meeting medium-to-large-scale sample processing demands.
Strong magnetic circuit design enables rapid magnetic bead aggregation, reducing experimental waiting time.
Non-exposed magnets resist corrosion and wear, ensuring a longer service life.

Carbonlinkai’s Proprietary Magnetic Circuit System
Precision-engineered annular magnet layout improves magnetic field uniformity by 30%.
Magnetic flux density ≥0.8T ensures efficient magnetic bead capture without loss.
Low-residue design minimizes sample loss and enhances experimental reproducibility.
A True Import Alternative Solution
Performance parameters match mainstream international brands, delivering separation efficiency comparable to imported equipment.
High-standard materials for key components ensure durability and stability, rigorously tested for reliability.
Priced at just 50%-70% of similar imported products, enabling cost-effective laboratory upgrades.
Flexible Customization for Diverse Experimental Needs
Supports personalized customization of magnet count, spacing, and bracket materials.
Adaptable to various tube diameters and container layouts to meet specialized experimental workflows.
Provides professional design consultation to create tailored, high-efficiency separation tools.
III. Customer Testimonials: Real Feedback from Laboratory Users
“Previously, we used imported magnetic separation racks, which were costly and had insufficient capacity. After switching to Carbonlinkai’s customized 250mL model, our single-batch sample processing volume increased fourfold, costs dropped by 60%, and experimental efficiency improved significantly!”
— Director of Clinical Laboratory, Grade-A Tertiary Hospital
“The customized magnetic separation rack perfectly integrates with our automated sorting system. The magnetic field stability exceeded expectations, and the post-sales team responded extremely quickly, resolving the maintenance challenges we faced with imported equipment!”
— R&D Director, Biotechnology Company
Carbonlinkai: Redefining the Future Laboratory Through Innovation!
Global magnetic rack custom expert carbonlinkai 250mL magnetic separation rack Key Technical Specifications:
Optimal Working Volume: 20mL–250mL
Recommended Centrifuge Tubes: Compatible with Shuniu 250mL reagent glass bottles or 500mL plastic wide-mouth bottles
Global magnetic rack custom expert carbonlinkai 250mL magnetic separation rack Operating Instructions:
Place the centrifuge tube containing the magnetic bead-target mixture (after binding) onto the magnetic separation rack.
Let it stand for 1 minute until all magnetic beads are adsorbed onto the tube wall.
Carefully pour out or aspirate the liquid using a pipette.
Remove the reagent bottle from the magnetic separation rack and place it back on the benchtop to complete the magnetic separation process.




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