Newsletter 2021 : October 25, 2021

October 25, 2021

Subject :: Sensor Application Examples for Next-Gen Vehicle Manufacturing

Measuring with calipers, micrometers, and height gauges can be troublesome.
The IM-8000 Series makes it possible to solve many of the problems associated with hand tools.

[NEW] Machine Safety Made Simple with our new Safety Interlock Switches

New Safety Interlock Switches
GS Series

- Intuitive Design
- Versatile Mounting
- Seamless System Integration

1D Laser Displacement Sensor Catalog

This lineup of laser displacement sensors—which support a wide range of measurements from 1 μm to 1 m—stabilizes inline measurement. This catalog also introduces application examples from their proven track record.

Eight Reasons to Change from Optical to Digital Microscopes

This guide explains eight reasons why our customers selected KEYENCE digital microscopes, which are equipped with excellent observation and measurement functions not available from optical microscopes.

Easily Transfer Codes to a PC Just by Connecting a USB Cable!

Introducing KEYENCE’s USB Communication Unit for easily transferring read codes to a PC. Eliminate the need for connection programs and simplify installation to further reduce workloads.

Sensor Application Examples for Next-Gen Vehicle Manufacturing

Discover how KEYENCE can help solve manufacturing issues to ensure stable production of electrical components for use in tomorrow’s advanced vehicles. These application examples highlight how KEYENCE products help support novel production systems.

Revolutionary Vision Systems with Ultra-high-resolution Cameras

KEYENCE’s ultra-high-resolution cameras are designed to meet the increasingly varied needs of users. These cameras offer more pixels and higher transfer speeds for solving various vision system problems.

Introducing Laser Markers with Automatic Misalignment Correction

Focal distance and marking position deviations are the main causes of marking errors.
The MD-X includes an automatic correction function to ensure stable marking on any surface.