A Negative Pressure Vacuum Manifold is a laboratory instrument used to streamline the filtration and purification of liquid samples via vacuum pressure. The device features a central manifold equipped with multiple ports to which sample containers, such as syringes or tubes, are attached. By connecting a vacuum pump to the manifold, a negative pressure environment is created. When the vacuum pump is activated, it lowers the pressure within the manifold and the connected containers. This negative pressure draws the liquid samples through filters or sorbent materials, facilitating the removal of particulates, concentration of samples, or separation of chemical compounds. The processed samples are then collected in designated containers for further analysis or use. This apparatus is widely employed in various scientific fields, including biological and chemical laboratories, where it aids in the preparation and purification of samples such as DNA, RNA, and proteins. It is also utilized in pharmaceutical research for drug formulation and quality control, environmental testing for analyzing water and soil samples, and in the food and beverage industry for safety and quality assessments. The Takahe Negative Pressure Vacuum Manifold's ability to handle 12 to 24 samples simultaneously, ensure uniform vacuum application, and adapt to different filters and sorbent materials makes it a valuable tool for efficient and consistent laboratory processing.