The OBPW small bottle filling machine VFS type, established by Oyster Bay Pump Works Ltd. in New York, USA in 1979, has been developing innovative concepts for liquid dispensing automation systems. Our system is widely used in diagnostic reagent factories, drug research, and biotechnology fields worldwide. OBPW in the United States has launched a VFS type small bottle filling system, which can process up to 10000-100000 plates per hour from 25ul to 120 ml ± 1% CV, with multiple pump modules to choose from; Nozzle
Parameter description of OBS type product for OBPW small bottle filling machine | |||||||||||||||||||||||||||||||||||||||||
|
VFS type pump module: | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
The modular design of this system provides "plug and play" compatibility design and size for different pump modules. Therefore, the same system can be used for various dosage applications. Multiple pump modules can be purchased as needed to adapt to different dosage ranges or products with different dedicated fluid paths. Three types of pumps are available. Mainly 1) piston pumps (dial type and pedestal type ceramic piston pumps), 2) peristaltic (or tube) pumps, and 3) diaphragm pumps. There are many sizes and fluid path materials available for different pumps. You can refer to the configuration below for details. (For example, the typical nozzle material 316 stainless steel is suitable for materials that can come into contact with metal fluids, while PEEK or other plastics can be used.) VFS typeGenerally speaking, piston pumps have small starting amounts and high precision. Diaphragm pumps provide a large quantity, speed, and good precision. Peristaltic pumps are generally low-cost. Piston and diaphragm pumps can be adjusted to a maximum volume of 10 to 100% with high precision (usually less than 1% per CV). They can adjust multiple scales with each dose. The maximum dose for each scale is listed below for each available size. (Please provide your application with our pump's optimal selection and fluid path materials). | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|