AELAB Auto-Pure 48 Nucleic Acid Purification System – High Throughput & Precision

The Auto-Pure 48 is a nucleic acid purification system designed to efficiently handle up to 48 samples simultaneously. It automates the entire extraction process, including sample preparation, lysis, washing, and elution. By utilizing advanced magnetic bead technology, the system ensures high accuracy and consistency while minimizing manual handling. Its integrated UV sterilization and negative pressure filtration systems effectively reduce the risk of cross-contamination, making it a reliable choice for high-throughput laboratories.

Features:

High throughput, fast extraction and modular design can meet variety of needs by one unit.

Operational advantages

1. High-throughput:Auto-Pure 48 can process 48x3ml samples simultaneously
2. Open and multiple functions design can be provided more methods for reagent optimization, and also a reliable choice
3. Touchscreen interface and easy operation, parameters can be tuned based on experimental requirements
4. Accurate temperature control system ensures stability of purification performance
5. Patent structure design with center rotary table which makes it occupies smaller area
6. Patent design for automatic loading and unloading structure of magnetic rod tip comb, which guaranteed stability and liability (Success rate >99.99%)

Antipollution measures

1. Avoid reagent splashing through drip shield plate and beads dried way controlled by software
2. Disposable consumables which can avoid cross contamination

Simple and intelligentized operation

1. Front door can be opened, you can stop it at any moment which is very convenient for reagent optimization and experimental status viewing
2. Start with self-check, equipped with power-off protection
3. 8-plate identification design guaranteed their target position, even though external forces exist
4. Automatic detection in case kit missing.

✅ How It Works?

The AELAB Auto-Pure 48 utilizes advanced magnetic bead technology for the extraction and purification of nucleic acids. The system automates the entire process, including lysis, binding, washing, and elution. By rotating magnetic rods and controlling temperature precisely, it ensures high efficiency and reproducibility. The open design and modular features allow flexibility in reagent optimization, while the UV sterilization system and negative pressure filtration minimize contamination risks, making the system ideal for high-throughput, contamination-sensitive environments.

✅ Advantages

• High Throughput: Capable of processing up to 48 samples simultaneously, significantly enhancing laboratory efficiency.

• Modular Design: Customizable for a wide range of purification methods, accommodating varying experimental needs.

• Reduced Contamination Risk: Integrated UV sterilization and disposable consumables prevent cross-contamination, ensuring accurate results.

• Ease of Use: The intuitive touchscreen interface simplifies operation, while the ability to pause or stop the process allows for reagent optimization during experiments.

• Compact and Reliable: Despite its high throughput, the system features a patented compact design that saves space while ensuring stable and reliable performance.

✅ Recommended Models by Use Case

• High-Throughput Research Labs: The Auto-Pure 48’s ability to handle 48 samples at once makes it an excellent choice for large-scale genomic research and diagnostics.

• Diagnostic Laboratories: Ideal for routine nucleic acid extraction with minimal hands-on time and maximum throughput.

• Genomic Research and Biotechnology: Perfect for laboratories focusing on high-precision nucleic acid purification for a variety of applications including sequencing, PCR, and microarray analysis.

✅ Ideal For

• Research and Academic Labs: For those conducting large-scale genomic or molecular biology studies.

• Diagnostic Facilities: Enables rapid and reliable nucleic acid extraction for testing and diagnostics.

• Pharmaceutical Companies: For high-throughput processing of nucleic acids in drug development and clinical trials.

• Biotechnology and Biopharma: Suitable for automated extraction in molecular research and clinical diagnostics.