Micro dosing pumps - Import export

Flowlink Micor Gear Pumps are ideally suited for higher-end, reliability-focused systems requiring the highest life and performance, as well as difficult or unique fluids. Common applications include R&D testing, space propulsion and fueling, cytometry/chromatography, medical/pharmaceutical equipment, etc. Features include: -Magnetically coupled pump head and motor; no shaft seal or wetted motor components -Coreless and brushless motor configurations, w/ full range of encoders, gearboxes, controllers, etc. -Widest range of flow capabilities, from µL dosing to 2.5 L/min -Compatible with water, alcohols, solvents, fuels/propellants, oils, glycols, and much more -Highest pressure capabilities, up to 70 bar with some models and fluids

X-Series pumps are ideally suited for higher-life, high power density systems, especially in the aerospace, robotics, and hydraulics markets. Common applications include fuel injection for small vehicles, hydraulic actuation, cooling, etc. Features include: High-quality, Swiss-made brushless motors, with Hall sensors for feedback control and high life expectancy High torque capabilities, supplying differential pressures up to 300 psid Various speed controllers for precise and programmable operation Compatible with fuels, oils, glycols, and more Excellent pump control with additional motor controller

Water driven. No need for electricity. Precise dosage independent of fluctuations in water flow or pressure. PVDF body available for aggressive products. Easy changing of dosing rate.

Installed directly in the water supply line, Dosatron pumps operate without electricity, using water pressure as its sole power source. On its way through, the water activates the plunger, which takes up the required percentage of concentrate. Inside the pump, the concentrate is mixed with water. The water pressure forces the solution downstream. Once set, the pump requires no further attention. The dose of concentrate will always be strictly proportional to the volume of water entering the pump, whatever variations in flow or pressure may occur in the main line.