About STERILITY TEST APPARATUS
STERILITY TEST APPARATUS
ETP-203C: It consists of stainless steel flask with stainless steel clamps and stainless steel support screen made out stainless steel 316 quality.
Features:
- Reliability
- Highly accurate
- Corrosion resistant
- Maintenance free
- Single station without stand.
- 3 station with stainless steel stand.
- 6 station with stainless steel stand.
Advanced Sterility AssuranceEngineered with a closed chamber system and autoclavable stainless steel parts, the apparatus ensures the highest level of sterility assurance in microbiological testing. The chambers sealed design minimizes contamination risk while supporting efficient sterilization methods that comply with laboratory standards.
Flexible Filtration CompatibilityCompatible with standard 47 mm and 50 mm filter membranes, the apparatus offers versatility for various testing protocols. Integrated stop valves in each unit allow for individual control, optimizing workflow and enabling simultaneous, independent sample processing for increased productivity.
Designed for Laboratory ExcellencePurpose-built for cleanroom and laminar airflow environments, this apparatus includes all necessary accessories such as filter holders, base adaptors, and clamps. Its compact structure, measuring approximately 450 x 210 x 400 mm, fits seamlessly in laboratory settings while its mirror-polished or satin finishes are easy to clean and maintain.
FAQs of STERILITY TEST APPARATUS:
Q: How is the sterility test apparatus sterilized before each use?
A: The apparatus features autoclavable stainless steel components, allowing effective sterilization using a standard autoclave. Prior to testing, disassemble the required parts and autoclave them following standard laboratory protocols to ensure complete sterility.
Q: What type of filtration membranes can be used with this apparatus?
A: This sterility test apparatus is compatible with both 47 mm and 50 mm filter membranes, making it suitable for a variety of sterile filtration procedures commonly used in pharmaceutical and microbiological applications.
Q: When should the closed chamber system be utilized during testing?
A: The closed chamber system should be used during all sterility test procedures to prevent environmental contamination and ensure the integrity of test samples, especially when working in cleanrooms or laminar air flow cabinets.
Q: Where is the sterility test apparatus best suited for use?
A: It is specifically designed for cleanroom environments or laminar air flow cabinets in pharmaceutical and research laboratories, providing optimal control over contamination and environmental variables.
Q: What is the general process for conducting a sterility test with this apparatus?
A: Sterile filtration is performed by assembling the apparatus, placing the sample and chosen membrane filter, and applying vacuum up to 2 kg/cm. Filtration is conducted under controlled conditions, with subsequent steps according to standard laboratory sterility testing protocols.
Q: How does the integrated stop valve system benefit laboratory users?
A: The integrated stop valves allow individual units to be operated or isolated independently, permitting multiple, concurrent tests and reducing the risk of cross-contamination during sample processing.