Speedy dispensing
Nordson EFD has introduced the xQR41 Series MicroDot needle valve with quick-release technology that allows full change out of wetted parts within seconds, reducing downtime and boosting productivity.
Nordson EFD has introduced the xQR41 Series MicroDot needle valve with quick-release technology that allows full change out of wetted parts within seconds, reducing downtime and boosting productivity.
With the Nordson EFD xQR41 Series MicroDot needle valve quick release technology allows full change outs of wetted parts within seconds, reducing downtime for greater productivity.
With the Nordson EFD xQR41 Series MicroDot needle valve quick release technology allows full change outs of wetted parts within seconds, reducing downtime for greater productivity.
Leading precision fluid dispensing systems manufacturer, Nordson EFD, introduces innovative piezoelectric jetting technology that removes the barrier between speed and accuracy.
Suitable for use with a wide range of low to high viscosity fluids, the Nordson EFD PICO Jet dispensing system for assembly fluids can apply consistent shots as small as 2 nanoliters at speeds ranging from 150 Hz (cycles per second) up to an industry-leading continuous 500 Hz.
A worker was setting up a robot at a Volkswagen factory when the machine grabbed him and pressed him against a metal slab, killing him.
Nordson EFD has introduced its new series of automated fluid dispensing systems for streamlined integration into any manufacturing operation.
Nordson EFD Performus are compact, fluid dispensing systems designed to increase throughput, improve yields, and reduce production costs.
The 781S Series Low Volume Low Pressure (LVLP) spray systems provide consistent coating of low to medium viscosity fluids.
Nordson EFD Performus are compact, fluid dispensing systems designed to increase throughput, improve yields, and reduce production costs.
IPE publishes a weekly eNewsletter, delivering a carefully chosen selection of the latest stories straight to your inbox.
Subscribe here