1461-90020

Jeringas de volumen exacto NovaSeptum^®

Accurate Volume Application; 20mL

• Sinónimos: General sampling, Accurate Volume application, 20 mL
• UNSPSC Code: 41104105
• eCl@ss: 36101790

Propiedades

• material: polycarbonate syringe (medical grade); silicone syringe (platinum-cured); silicone tubing (medical grade, platinum-cured); syringe (with medical silicone fluid)
• Quality Level: 400
• needle size: 1.0 mm
• sterility: sterile
• packaging: pkg of 20 mL
• manufacturer/tradename: NovaSeptum^®
• parameter: -80-121 °C max. temp. (-112-250 °F) (20mL); 0.5 bar max. sampling pressure (7.25 psi)
• impurities: ≤2.15 EU/mL bacterial endotoxins (LAL test, Aqueous extraction)
• fitting: inlet septum unit (with a 1 mm needle); Luer outlet fitting (female or male; in PVDF)

Descripción

General description

Single sampling your product is critical throughout the manufacturing process. An imprecise or false positive result can lead to quarantine, as well may also require a repeat of the analysis.

With the NovaSeptum^® Accurate Volume Syringes, contamination is no longer a threat. Ideal for aseptic and sterile processes, the closed design ensures your sample will be isolated from point of sample to analysis. NovaSeptum^® also allows for savings of precious materials with its compact, no dead leg, design.

The wide range of standard and custom connectors guarantees the ability to collect sample everywhere needed. The high purity sampling units are ideally suited for sterility testing, pyrogenic testing, endotoxin testing, chemical analysis, ph analysis, and fermentation applications, and applications requiring very low affinity for proteins, complex carbohydrates or small molecules. It is available as a flat bag for easy storage and hanging.

Application

Sterility testing, pyrogenic testing, endotoxin testing, chemical analysis, pH analysis, and fermentation applications

Preparation Note

Sterilization Method
Beta Irradiation (e-beam) minimum 25 kGy according to ISO 11137 TIR No. 31

Legal Information

NOVASEPTUM is a registered trademark of Merck KGaA, Darmstadt, Germany