BioSan Labaqua Bio, ultrapure water system

Beschreibung

BioSan Labaqua Bio, ultrapure water system

The BioSan Labaqua Bio ultrapure water system is an advanced multipurpose water treatment system specifically designed for molecular biology applications. It is characterized by its ability to produce water with extremely low organic content and minimal RNase/DNase concentrations. This makes it ideal for RNase-sensitive applications and other demanding laboratory processes. Compared to similar products such as the BioSan Labaqua Trace, ultrapure water system, the Labaqua Bio offers outstanding purity and versatility.

High quality functions and features

The BioSan Labaqua Bio ultrapure water system offers a variety of features that make it an excellent choice for laboratories:

• Ultrapure water production (type 1): With a resistivity of 18.2 MΩ x cm and a water conductivity of 0.055 µS/cm, the system meets the highest purity requirements.
• Pure water production (type 2): The system also produces pure water with a resistivity of>10 MΩ x cm and a water conductivity of<0.1 µS/cm.
• Low organic impurities: The TOC value is<2 ppb, RNase is<0.01 ng/ml and DNase is<4 pg/µl.
• Free of bacteria and endotoxins: The water contains less than 0.1 cfu/ml bacteria and<0.001 eu/ml endotoxins.
• Particle-free: Less than 1 particle/ml larger than 0.22 µm is present.

The system is compact and space-saving with dimensions of 320 mm x 560 mm x 620 mm and a weight of 26 kg. It works efficiently with a power consumption of 130 watts and an operating voltage of 230 V, 50/60 Hz.

Certifications and standards

The BioSan Labaqua Bio meets the requirements of ISO 3696 Grade 1 for ultrapure water and Grade 2 for pure water. These standards ensure that the water produced is suitable for the most demanding laboratory applications.

Application examples

The BioSan Labaqua Bio ultrapure water system can be used for a wide range of applications and is ideal for

• Molecular biology: ideal for RNase-sensitive applications and DNA/RNA experiments.
• Cell cultures: Providing high purity water for the cultivation of sensitive cell lines.
• Liquid chromatography: Ensuring the purity of the solvent for precise chromatographic analyses.
• Inorganic trace analysis: Minimizing impurities for accurate analytical results.
• Cleaning of laboratory equipment: Using pure water to avoid contamination in sensitive experiments.

Special technologies

The system has a 30-liter storage tank with a feed water pressure range of 0.5 to 5 bar and a feed water conductivity of less than 1300 µS/cm. An integrated circulation system ensures consistently high water quality and significantly reduces the organic carbon content. Similar to the BioSan Labaqua HPLC, ultrapure water system, the Labaqua Bio offers reliable and constant water quality.

FAQs

How often does the deionization module need to be changed?

The deionization module has a service life of approximately 1 m³ of water. It should be checked regularly and replaced if necessary to ensure the water quality.

Can the system also be used to produce water for flame spectrophotometry?

Yes, the pure water produced meets the requirements of ISO 3696 and is therefore suitable for flame spectrophotometry and other wet chemical methods.

How is the water quality monitored?

The system has an integrated recirculation system and point-of-use filters that continuously monitor and ensure water quality.

Conclusion

The BioSan Labaqua Bio ultrapure water system is an excellent choice for laboratories that have the highest purity requirements for their water. With its ability to produce both ultrapure and pure water and its extensive features and certifications, it offers a reliable and versatile solution for a wide range of laboratory applications. Comparisons such as BioSan Labaqua HPLC + TOC Monitor, ultrapure water system show that the Labaqua Bio offers an excellent balance between performance and versatility.