MultiEX 024L provides automated nucleic acid extraction and purification using magnetic bead-based separation, with the capacity to process 1-24 samples in a single run. The MultiEX 024L is ideal for the extraction of cfDNA, with a maximum processing volume of 8mL. It is suitable for research facilities, diagnostic laboratories, and biotechnology industry.
Features：
Large Volume Sample Processing Enables Diverse Applications
Processes large initial sample volumes (up to 8mL) for automated nucleic acid extraction with final elution volumes as low as 50 µL
Ideal for applications requiring larger initial sample volumes, particularly cfDNA (cell-free DNA) extractions from bodily fluids and pathogenic DNA extraction from water sources including wastewater
Also well-suited for extraction protocols requiring larger sample volumes exceeding the conventional 1ml threshold for various reagent kits
Unique Mixing Technology & Open System Design
Powerful oscillation mixing technology that combines vortex mixing up to 3000 RPM within each well, and linear back-and-forth mixing of the entire plate for thorough mixing
The mixing speed of the magnetic rod (RPM), the waiting times of the rod at both the liquid surface and at the liquid bottom, and many other parameters can be easily adjusted according to the specifications of the reagent kit with our open system design
The magnetic flux of the magnetic rods is rated up to 5500 Gs, and each rod can be disassembled for hassle-free maintenance
Effective Cross-Contamination Prevention
Built-in UV disinfection lamp eliminates cross-contamination and automatically powers off after disinfection
Built-in filtration system provides contamination-free ventilation
Convenient Program and System Management
Multi-functional operating system with streamlined functions to edit program parameters for custom protocols, upgrade the system via USB, and import/export programs via USB
Fast Heating, High Efficiency
Wide heating temperature range from 37℃ to 125℃; heats up from RT to 100℃ in just 1 minute
