Pepperl + Fuchs sensor PMI series printing detection new equipment
Pepperl + Fuchs sensor PMI series printing detection new equipment
Driven by this industrial economic wave, many countries continue to expand the globalization of industrial trade in order to increase their own economic growth; Germany is a representative industrial power in the 21st century; among them, industrial fields such as Pepperl+Fuchs, Phoenix Contact, SICK, etc. It is a well-known company in the global automation industry that has expanded its business to the world earlier. More than 60 years ago, Pepperl+Fuchs demonstrated its first intrinsically safe proximity sensor to the world and successfully applied it in the petrochemical field. Pepperl+Fuchs has always insisted on continuous innovation and development with a product diversification model; it has continuously introduced many high-end products and technical solutions for the modern industry. Today, Pepperl+Fuchs products are used in all walks of life around the world. Only Pepperl+Fuchs sensors mainly include: Pepperl+Fuchs proximity sensors, Pepperl+Fuchs photoelectric sensors, Pepperl+Fuchs ultrasonic sensors, etc., with as many as 150,000 pieces; with the needs of modern industrial development, Pepperl+Fuchs also continuously tailors new products for special environmental applications in various industries that can better meet their application needs.
In the printing industry, there is a process called a vacuum chuck; the vacuum chuck must be able to detect whether the layered circuit board is adsorbed or only adsorbed and separated; in the past, this work required expensive color sensors to perform. Each time a new color is encountered, a pre-calibration program will be required to reprogram the color sensor. Pepperl+Fuchs's latest launch-PMI inductive analog sensor provides the latest solution for this work. Pepperl+Fuchs PMI series inductive analog sensors can detect a batch of circuit board testing materials, and Pepperl+Fuchs PMI series can work normally even with a small number of trace layouts.