Leuze is a German specialist in industrial sensor technology, machine safety and automation solutions for manufacturing and logistics. Its portfolio includes photoelectric sensors, identification systems, safety light curtains, safety laser scanners, measuring sensors, positioning systems and industrial data transmission technologies. Combining application engineering, intelligent sensing and connectivity, Leuze supports reliable object detection, machine safeguarding, traceability and automated material flow. With an international sales and service network, the company serves machine building, automotive, packaging, intralogistics, electronics, laboratory automation and manufacturing markets worldwide.
Thanks to an adjustable sound cone and small dead zone, the new Leuze ultrasonic sensors of the 420B and 412B series can be used for many different applications.
Small housing, big operating range: Thanks to TOF technology, the new ODT3CL1-2M compact diffuse sensor from Leuze achieves an operating range of up to two meters. The 2-in-1 sensor detects the presence of objects and at the same time transmits measurement values.
As part of its global growth strategy, Leuze in the USA is moving to new premises. The US Leuze Sales, Production and Development departments will in the future be located in Duluth, Georgia.
An innovative solution by Leuze secures the transfer stations by means of dynamic protective field adjustment. This makes additional safety measures such as barriers and fences unnecessary.
Leuze introduces new tower lights in robust aluminum housing onto the market: The TL 305 series impresses with bright and homogeneous illumination as well as an optional IO-Link interface.
Compact ultrasonic sensors from Leuze: The new sensors of the HTU200 and DMU200 series master challenging applications in the packaging and automotive industries by themselves.
Different material widths, varying material positions or partially loaded pallets pose special challenges for transfer station access guarding. For this, Leuze relies on the concept of dynamic format adaptation. In this way, productivity and safety can be optimally harmonized.