Description

The NanoAble-150 Liposome Extruder, also known as a liposome extrusion device, thin film extruder, exosome extruder, or artificial cell membrane squeezer, is meticulously engineered to create liposomes with distinct particle sizes and structural features. It employs mechanical extrusion to transform biomacromolecules like phospholipids into liposomes. It’s devised to convert multilayer liposome suspensions to yield single-layer liposomes, serving as a facile method for preparing monolayer liposomes.

When utilizing the extruder, the liposome sample needs to be injected into the sample cylinder first, and then the equipment operation is controlled by an air source or infusion pump, enabling the extrusion of the liposome sample, which can be collected through the sampling port. The convenience in operation, temperature control, and compatibility with other power sources like homogenizers or high-pressure feed pumps highlight the user-friendly and versatile nature of the NanoAble-150, making it a reliable choice for various applications.

Our users, in addition to using the extruder to make liposomes, also use it to extrude cell membranes, exosomes, and other types of samples, aiming to control particle size. There are also customers who use the extruder solely for sterilization purposes.

 

PhD Technology LLC specializes in the research, development, production, and sales of High-Pressure Homogenizers, Cell Disruptors, and Liposome Extruders. With its headquarters located in Minnesota, PhD Technology has served global customers for over a decade, gaining a favorable market reputation and customer experiences. The company is committed to delivering high-end nanotechnology equipment and is acknowledged for its integrity in market development and quality in customer satisfaction.

Our range of products, including High-Pressure Homogenizers, Cell Disruptors, and Liposome Extruders, offers cutting-edge processing solutions. These are widely applied in fields such as pharmaceuticals, biotechnology, life sciences, fine chemicals, and nano cannabinoid industry. Our homogenizers can reach up to 30,000PSI achieving nanoparticle homogenization (≤100nm) and are instrumental in cell disruption, achieving a disruption rate of up to 99%, and are pertinent in the homogenization and dispersion of new energy materials like carbon nanotubes. We offer both lab-sized equipment and customized large-scale homogenizers with capacities reaching 1000-5000L/H to meet the scalable production requirements of our customers.

Over the past 15 years, our technical capabilities and after-sales services have received extensive recognition. Clients using our high-pressure homogenizers have successfully published papers in various scientific journals.