Japan Precision Science Co., Ltd. NRX Series Plunger Pump
The NRX type mini chemical pump is a new type of non-pulsating plunger pump that excels in precision and allows for easy flow rate setting and operation. You can choose from 15 models based on flow rate, liquid material, and discharge pressure. In particular, the stability during micro-dosing has been further improved. 【Features】 ● Capable of non-pulsating liquid delivery at micro rates (0.001 ml/min) ● Excellent reproducibility and long hours of continuous operation ● High-pressure liquid delivery (35 MPa) ● Standard equipped with PC communication and analog communication ◇◆ For more details, please contact us ◆◇
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basic information
The NRX type pump is a new non-pulsating plunger pump that excels in metering and allows for easy flow rate setting and operation. There are 15 models to choose from based on flow rate, liquid material, and discharge pressure. In particular, the stability during micro-dosing has been further improved. 【Features】 ● Capable of non-pulsating liquid delivery at micro volumes (0.001 ml/min) ● Excellent reproducibility and long hours of continuous operation ● High-pressure liquid delivery (35 MPa) ● Standard equipped with PC communication and analog communication ◇◆ For more details, please contact us ◆◇
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Applications/Examples of results
We recommend the micro HPLC, flow injection, and various chemical and physical experiments such as synthetic reaction experiments.
Company information
We, Japan Precision Science Co., Ltd., have been proud to provide numerous devices as a manufacturer of high-pressure quantitative plunger pumps for experimental and research purposes since our establishment in 1975, contributing to research and development. Currently, we have a track record of approximately 50,000 units delivered to national and public university research institutions, independent research organizations, and various private companies. Our products are particularly widely used in liquid chromatography, supercritical extraction and separation, catalytic reactions in petrochemicals, polymerization reactions, nuclear science, environmental science, process plants, pilot plants, and also for the precise delivery of chemical solutions.
