LISI MEDICAL's plant in Miribel, a French town just outside the city of Lyon, specialises in the outsourcing of surgical implants and ancillary items. Consisting primarily of plates and screws, these parts require precision manufacturing and are inspected by the plant's metrology department. The typical tolerances are in the order of 0.1 to 0.05 mm.

Tata Steel Rail France takes great care in inspecting the straightness of the ends of its rails so that its customers receive the straightest possible rails. As a result, it has recently retrofitted its end straightness inspection systems with Keyence's latest generation of CCD laser displacement sensors, the LK Series.

Keyences’ highly comprehensive range of static eliminators offers significant benefits. Featuring a differential method that eliminates the need for adjustments, they produce oppositely charged ions and create a high-precision ion balance. They are twice as fast as the best standard system on the market and eliminate clogging, a typical problem that can slow down production.

The renowned jewel-bearing specialist uses Keyence's IM Series image dimension measurement system to improve the repeatability and rate of its tests.

GlaxoSmithKline Banks on the Flexibility of Keyence's Vision Systems.

Nutrition & Santé is Europe's leading maker of organic and health foods. Biscuits roll off its production lines in stacks of 4 or 5 units that are then wrapped in packs and inserted in their cardboard packaging at high speed.

By using Keyence’s LJ-G sensor, the Automotive Equipment Manufacturer has automated its inspection of airbag deployment slits in vehicle dashboards. This resulted in stable measurements and a fast return on investment.

This cost-effective vision sensor allows AdduXi to carry out more inspections on its production lines with the greatest ease.

For the past few years, Renault's site in Cléon, France, has been using Keyence's LJ-G laser displacement sensors on its G9 engine production line. The site chose the sensors for their detection reliability and ease of use.

No moving parts design; for ultra-high speed and accuracy. Conventional micrometers have typically adopted a "laser scan method" using physical moving parts, resulting in a limitation on the ability to improve speed and accuracy. The LS-9000 Series utilises a "high-speed exposure CMOS + high-intensity Green-LED" method that eliminates the need for moving parts, achieving further improvements in speed and accuracy. The elimination of moving parts also gives the model extremely high durability and longevity.