Product Overview
The Single-Use Electrode Sterile Connection &Bellows Kit from Applitech is designed to provide a secure and sterile interface between reusable pH/DO sensors and disposable bioreactor bags.It ensures reliable process monitoring while maintaining aseptic conditions and protecting equipment-side moving components.
Key Components
- Telescopic Silicone Bellows Tubing
Flexible,protective sleeve for sensor insertion mechanism .Covers moving parts to prevent contamination and protect against disinfectants.
Enables sterile connection with single-use bag ports.Leak-proof and rapid assembly/disassembly.
Compatible with PG13 .5 or 225 mm electrodes.Provides precise sensor positioning and secure attachment.
Features
- Sterile Connection –Maintains aseptic barrier between reusable sensors and disposable bioreactor bags
- Flexible Bellows Design –Allows smooth sensor movement while covering mechanical components
- High Temperature Sterilization Compatibility –Resistant to autoclaving and steam sterilization (≤ 135 °C)
- Biocompatible Materials –meet USP Class VI standards
- Easy Installation &Replacement –Quick connect system simplifies setup and reduces downtime
- Broad Compatibility –Works with standard PG13 .5 / 225 mm electrodes and disposable bag ports
Applications
1. Sterile Sensor Integration in Disposable Bioreactors
- Provides a sterile pathway and secure mounting for pH/DO sensors
- Suitable for mammalian,microbial,and stem cell culture
2. Supports Real-time Process Monitoring
- Enables sensors to measure critical process parameters inside sterile single-use bags
- Compatible with automated data acquisition and process control systems
3. Flexible Applications from R&D to Production
- Compatible with standard PG13 .5 / 225 mm electrodes
- Suitable for research,pilot,and commercial production scales
4. Equipment Protection &Contamination Risk Reduction
- Bellows cover moving components of the sensor mounting mechanism
- Maintains equipment cleanliness and protects against external contamination
Specifications
