Nucleic Acid Extraction System LZ-NES-A100 Catalog

Nucleic Acid Extraction System LZ-NES-A100 is specially designed to isolate and purify nucleic acids, such as DNA and RNA, from various biological samples. It achieves rapid extraction in just 15-40 minutes, accommodating simultaneous extraction of 32 samples, and streamlining laboratory operations. The system automates the extraction process, ensuring high purity and yield of nucleic acids for downstream applications.

Sample Quantity	32
Processing Volume	20μL to 1000μL
Sample Volume	20 to 500μL
Sample Throughput	11689
Magnetic Bead Recovery	>98%
Difference Between Holes	CV ≤3%
Heating Temperature	8 independent heating modules
Oscillating Mixing	Adjustable between Low, medium, and high gears
Reagent Type	Magnetic bead open platform
Extraction Time	15-40 min
Program Storage	Stores >100 groups of programs
Program Management	U-disk program imports and export
Safety Door Design	Automated during operation
Ultraviolet Irradiation	Yes
Dimension (W×D×H)	580×510×700 mm
Weight	51kg

• Boasting a 7-inch touchscreen interface, offers user-friendly navigation and fast response times
• Customizable cracking and elution temperatures and adjustable temperature range according to reagent volume
• Enhanced with a UV disinfection function, operates for 1 minute to 24 hours, ensuring a sterile working environment
• Features an Automatic control system, and safety doors that simplify workflow
• An open system with full automation ensures stable results and remarkable repeatability
• Incorporated 8 independent heating modules allowing temperature customization to meet specific lysis and elution requirements
• Oscillating mixing is run by three adjustable gears (low, medium, and high) to achieve a thorough and consistent mixture
• Robust program management for diverse reagent requirements, with the option for easy U-disk program import and export

20.7 /Box (nucleic acid extraction kit V-64T/box)

Employed in molecular biology and genetics research, diagnostic testing, and forensic analysis.