With small sizes, low weight as well as quick and precise switching behavior, IMM sensors are ideally suited for highly dynamic and fast processes. In addition, the 3-fold sensing range, integrated visual adjustment indicator aid and IO-Link 1.1 characterize the miniature sensors.

IMI full metal sensors from SICK with their closed stainless-steel housings are developed for demanding applications with high mechanical and chemical loads. Long sensing ranges and communication via IO-Link ensure high process stability and plant availability.

The IMS inductive proximity sensors with E1 type approval are ideally suited for use in mobile machines and in all weather conditions: Protection against load dump, high electromagnetic compatibility, a wide voltage and temperature range, extreme ruggedness and tightness.

Thanks to a 3-fold sensing range, even small sizes achieve extreme sensing ranges of several centimeters. This saves installation space in your machine and reduces the risk of mechanical damage by increasing the distance to the detection object. High plant availability is the result.

The compact inductive safety switches from SICK play a key role in safe position monitoring, for example in AGV applications. The safety switches are not only small and versatile but also provide non-contact operation which keeps wear to a minimum.

Inductive proximity sensors from SICK detect, count or position metallic objects with high precision and reliability - and with practically no wear and regardless of the ambient conditions.

They impress with precision and maximum availability throughout their long service life.

The IMA analog inductive proximity sensors are ideally suited for cost-effective and reliable monitoring of product travel paths and object positions.

In addition to variants with 3-fold sensing range up to 40 mm, variants with 1-fold sensing range up to 15 mm are now also available.

Smart Sensors generate and receive data and information which goes beyond traditional switching signals or measured process parameters. They therefore enable substantial increases in efficiency, more flexibility, and better planning security for preventative system maintenance.