GA-B128-6 Vacuum centrifugal concentrator

Description

Production:

The GA-B128 series vacuum centrifugal concentrators are designed to quickly and safely evaporate water and organic solvents from samples. The processed samples can be conveniently used for various qualitative and quantitative analyses, including chemistry, biochemistry, bioanalysis, immunoassay screening, food safety, and residue analysis. They are suitable for immunoglobulin concentration, drug metabolite concentration, SPE solid-phase extraction, pre- and post-processing for liquid chromatography, ADMET/toxicology, polymer chemistry, DNA/RNA purification and concentration, oligomer synthesis, forensics/drug of abuse testing, and general laboratory concentration.

Features:

1. The all-new XIUI 3.0 operating system utilizes a microcomputer for programmable operation and a direct drive DC variable-frequency brushless motor for precise speed control.
2. The 7-inch wide-viewing angle LCD touchscreen with digital input allows for easy operation. The interface displays settings and operating parameters, as well as the chamber pressure (mBar), in real time. The all-steel chassis features a corrosion-resistant, orange peel-like wrinkle finish and sleek lines. The overall industrial, ergonomic design combines visual aesthetics with a sense of security, ensuring high recognition rates.
3. One-Touch Preheating: Utilizing precise temperature control technology, the chamber can heat up to 80°C, quickly reaching and maintaining the set temperature.
4. One-Touch Precooling: Utilizing an imported, CFC-free refrigeration compressor unit (using refrigerant R404a), it meets environmental requirements, offers precooling functionality and a wide temperature control range (-20°C to +80°C), quickly reaching the set temperature. National standard copper tubes are embedded between chambers, ensuring strong heat exchange and constant temperature centrifugation.
5. Vacuum Setting: Vacuuming is initiated when the speed reaches the set value. During operation, the vacuum level can be controlled to the set accuracy, improving sublimation efficiency and ensuring safe and efficient concentration without contamination, foam, or damage to the sample.
6. Automatic Vacuum Release: When the instrument completes a run or in the event of a power outage or shutdown, the vacuum is automatically released to vent to the external environment. The vacuum slowly releases to protect the sample from excessive positive or negative pressure. Once fully released, the instrument automatically opens.
7. Built-in organic solvent vapor pressure curves detail the vapor pressure data for different organic solvents at different temperatures, helping users understand the evaporation characteristics of organic solvents. This helps prevent operational errors and safety incidents caused by a lack of understanding of solvent properties.
8. The centrifuge chamber is constructed from seamless, one-piece 304 stainless steel and treated with Teflon for corrosion resistance, ensuring it is impervious to sample solvents while maintaining the purity of the sample solvent.
9. A variety of rotors meet diverse experimental throughput requirements, enabling pre-treatment and centrifugal concentration of samples such as nucleic acids and viruses.
10. Split-body design: Independent accessories allow for flexible configuration and operation.
11. One-button linkage makes instrument operation simple and convenient.
12. The transparent polymethyl methacrylate cover allows for easy observation. The automatic door opening and closing design not only facilitates operation but also prevents manual operation errors. A battery-operated cover automatically opens in the event of a power outage.
13. Built-in operation guides and warning modules for over-temperature, low-pressure, and emergency stop are designed to improve user efficiency, reduce the risk of misoperation, and meet users’ stringent requirements for instrument concentration reliability.
14. ISO9001:2015 and ISO 13485:2016 certified, with CFDA registration and production qualifications.

Host technical parameters

Rotor capacity