The Cytiva Pall VacuCap™ Devices offer unparalleled precision in filtration, making them ideal for laboratories and research facilities. Available in pore sizes of 0.1µm, 0.2µm, 0.45µm, and 0.8/0.2µm, these devices ensure the sterility of your work environment, maintaining the integrity of your results. The devices are gamma-irradiated, enhancing safety by eliminating risks of contamination from manufacturing.

With diameters of 60mm and 90mm, the VacuCap devices are versatile enough to suit different scale operations within laboratories. Each pack contains 10 devices, providing an economical choice for ongoing research needs. The polypropylene material adds to their durability, ensuring that they withstand various handling conditions without compromising on performance. Optimize your workflows with Cytiva Pall VacuCap’s reliable and efficient filtration solutions.

Key Features:

• Sterile gamma-irradiated devices that ensure optimal sterile filtration for your sensitive applications.
• Multiple pore size and diameter options to suit specific laboratory filtration needs and volumes.

Uses:

• The Cytiva Pall VacuCap™ devices are designed for filtration of various liquids, including media used in research and clinical laboratories. They ensure sterile filtration with options like membranes that cater to specific filtration needs and volumes.
• These devices are ideal for applications that require a high level of sterility, such as cell culture media filtration, buffer preparation, and sterile liquid handling in pharmaceutical and biotechnology laboratories.

FAQs:

1. What is the function of the Cytiva Pall VacuCap Devices?
The VacuCap devices are used for sterile filtration of liquids, providing a contaminant-free environment for sensitive laboratory applications.

2. Are the VacuCap devices reusable?
No, the VacuCap devices are designed for single-use only to ensure sterility and prevent cross-contamination.

3. What are the available pore sizes for the Cytiva Pall VacuCap Devices?
The available pore sizes are 0.1µm, 0.2µm, 0.45µm, and a combination of 0.8/0.2µm.