Capable of Fine Point and Long-Range Detection While Being Unaffected by Target Color or Finish.
The GV Digital CMOS Laser Sensor offers a solution to difficult applications where target characteristics exceed the capabilities of conventional sensors. Regardless of surface finish or type, the GV's distance-based sensing technology is able to stably detect targets. In addition, innovative advanced features allow the GV to be fine-tuned for even the most difficult applications.
Environmental resistance: NEMA Type 13/IP67G
Detecting durability: Supports 100 million cycles The GT2 series is equipped with an ø8 mm ø0.31" slim sensor head as well as tough specifications. We have also added a new multi-sensor amplifier that enables the connection of up to five heads with one amplifier. This also makes it possible to support multi-point applications.
In the automotive industry, traceability systems have been constructed for individual parts. KEYENCE provides total systems that can easily implement traceability by covering all the steps from marking with laser markers to reading with code readers. We hope that you will take a look at the latest examples of these systems.
There is a wide range of items to be observed with microscopes in the electrical and electronic industries, in which the trend of miniaturization continues: lifted leads, soldering status, and devices such as LCDs and LEDs. In this document we have collected actual examples of observation of targets that were difficult to see and that were causing problems for a large number of different companies. This document is specialized for these industries, so we are sure that you will find some hints that will help with your work. We hope that you'll download this document today.
Why does reviewing inspection processes lead to an improvement in productivity? Using basic examples, this document introduces the results of installing the IM Series, which can perform dimensional measurements of up to 99 points in just seconds with easy operations. We hope that individuals working in quality assurance departments and production departments will download this document.
What are the optimal methods to use when performing a variety of measurements such as positioning as well as outer diameter, step, and shape measurements? This website explains the optimal methods to use when performing various measurements.
● Isn't there a more efficient way to perform non-contact measurements?
● What is KEYENCE's history when it comes to measurement methods?
For answers to these questions and more, visit this website.