Product Announcements:
Flow Sensing

The CentriFlow^® Meter offers a more accurate method of measuring flowable solids than using an impact meter as the CentriFlow^® actually measures the centripetal force exerted on the measurement element as particles slide over, rather than impact, the measurement pan. Read more...

Eastern Instrument's Solids Flow Measurement products allow precise and accurate measurement and control of virtually all aspects of plastics manufacturing. Read more...

The CentriFlow^® Meter, from Eastern Instruments, is a mass flow meter for measuring bulk solid materials continuously in a process. Read more...

The CentriFlow Meter from Eastern Instruments will accurately measure a variety of grains such as wheat, corn and soy beans for a variety of applications. Read more...

The CentriFlow^® Meter, from Eastern Instruments, is a mass flow meter for measuring bulk solid materials continuously in a process. With an accuracy of 0.25% full scale and repeatability of 0.1%, it handles bulk densities from 1lb/ft³ to 100 lb/ft³ and flow rates of 0.35 ft³/min to 60 ft³/min. Read more...

The CentriFlow BWS is an extremely accurate yet low cost, gravimetric weigh scale for the measurement of corn, rice, wheat and other grains while in process. Read more...

ABB breaks ground on new US calibration hall to support growing demand for instrumentation in North America Read more...

Big in performance, small in size

Compact machines require compact components. The new VFOE adjustable one-way flow control valve, with push-to-lock adjustment feature, is perfect for applications requiring compact components. Additionally, the VFOE has many variants, easy commissioning, extremely light weight and attractively priced. So many benefits in such a small package. Read more...

ABB and Imperial College extend carbon capture collaboration to support future workforce and energy transition Read more...

Custody transfer for hydrogen is now being made possible using the latest generation of measurement technologies. ABB’s Danny Knoop explains how. Read more...