Supor® Disc Filter, Aspiration | Injection 0.2 micron | 0.3 mL, Proximal and Distal Luer Lock Connections
BBR-415002
B. Braun
Needles & Syringes
Product Overview:
The Supor® Disc Filter (415002) is a high-performance, sterile filtration device designed for aspiration and injection applications in clinical and laboratory settings. Featuring a 0.2-micron membrane, this disc filter ensures the removal of bacteria, particulate matter, and potential contaminants from fluids, providing enhanced safety in medical and pharmaceutical procedures. Its proximal and distal Luer lock connections allow for secure, leak-free integration with syringes and IV lines.
Key Features & Benefits:
- Advanced Filtration Technology:
- Incorporates a 0.2-micron Supor® membrane, effectively removing bacteria and other particulates from aspirated or injected fluids.
- Provides sterile filtration for critical applications, ensuring a higher level of protection.
- Versatile Medical & Laboratory Use:
- Ideal for aspiration and injection in various medical procedures, including medication preparation and IV therapy.
- Suitable for use in biopharmaceutical research, microbiology, and compounding pharmacy applications where high-purity filtration is required.
- Luer Lock Connectivity for Secure Attachment:
- Proximal and distal Luer lock connectors ensure a secure, leak-proof connection with syringes, IV tubing, and other standard medical devices.
- Reduces the risk of accidental disconnection or contamination during fluid transfer.
- Low Dead Volume (0.3 mL):
- Designed with a minimal hold-up volume to maximize sample recovery and reduce medication waste, making it ideal for precise drug administration.
- Ensures efficient fluid passage with minimal loss, particularly valuable in low-volume applications.
- High Flow Rate with Low Binding:
- Supor® membrane technology supports fast filtration rates while maintaining low protein binding, preserving the integrity of biologics and other sensitive compounds.
- Enhances workflow efficiency in laboratory and clinical environments.