JONSN Precision Micro Gear Pump Application in High-Frequency Precise Quantitative Metering Loops of Automated Biochemical Analyzers, Fully Automated Chemiluminescence Immunoassay Equipment, and Laboratory Centrifuge Liquid Sample Management Systems.

Precision Micro Gear Pumps for Hemodialysis, CRRT & Dialysate Proportioning

JONSN Precision Micro Gear Pumps for Chromatography, Dialysis & Lab Fluid Metering

JONSN Precision Micro Gear Pump Application in Lithium Battery Coating Systems, Industrial High-Viscosity Glue and Hot Melt Circulation.

JONSN Precision Micro Gear Pump Application in AI Datacenter Server Liquid Cooling Loops and Supercharging Thermal Management Systems.

JONSN Precision Micro Gear Pump Performance in Automated Microreactor Feeding Systems, Fine Chemical Micro-Constant Flow Dosing, and High-Pressure Precision Metering Fluid Loops.

JONSN Precision Micro Gear Pump Application in the Hydrogen Production Industry Using Potassium Hydroxide (KOH) (Alkaline) ALK Electrolysis.

JONSN Precision Micro Gear Pump Application in High-Pressure Quantitative Circulation Loops of Marine SCR Exhaust Denitration Systems, High-Concentration Marine Urea Solution (AUS40) Constant-Pressure Supply, and Heavy-Duty High-Salt Mist Marine Fluid Circuits.

The large-format printing & inkjet industry covers multiple sub-sectors including advertising inkjet, industrial printing, textile printing, packaging printing, ceramic inkjet and 3D printing. Whether solvent-based ink, UV ink, water-based pigment or high-viscosity coating, all core processes rely on precise and stable fluid delivery systems.

Fluid transfer in medical equipment is far more than simply moving liquid from point A to point B. Especially in scenarios such as hemodialysis, drug infusion and extracorporeal circulation, precise control of flow and pressure directly bears on patient safety, leaving no room for any deviation.

Against the backdrop of accelerated global energy transition, new energy technologies represented by lithium-ion batteries, hydrogen fuel cells and liquid-cooled superchargers are undergoing explosive growth. These high-end manufacturing processes impose unprecedented rigorous demands on fluid transfer equipment: they require precise metering across a wide flow range from microliters to liters, while maintaining long-term stable operation under extreme working conditions including strong corrosion, low viscosity, high temperature and high pressure with non-stop continuous running.

Precision analytical instruments including High Performance Liquid Chromatography (HPLC), Inductively Coupled Plasma Spectrometer (ICP), Total Organic Carbon Analyzer (TOC) and online water quality analyzers impose extremely strict requirements on fluid delivery systems. Such instruments require continuous, stable, pulsation-free media transfer with high accuracy within micro to medium flow ranges, so as to guarantee the reliability and reproducibility of analytical results.