Gear technology and automation systems

Magazine 2019

Combined for greater efficiency

Rotary loading systems and bin picking, a robot system also referred to as pick and place, are a permanent feature in the Liebherr automation division. Together, they form a good team in automating inputs and outputs from production lines.

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  • Half a century of Liebherr-Verzahntechnik GmbH means 50 years of commitment to the machinery and plant engineering industry. Gear technology originated in the technology of the revolving tower crane. Hans Liebherr wanted to buy a gear hobbing machine for gear manufacturing, but could not find what he wanted – so he simply built it himself. It’s a typical Liebherr story, since many sectors in the company group have emerged in this or in a similar way. Taking things into one’s own hands: an attitude that can still be found at Liebherr today.

  • Bauer Gear Motor operates two new LC 180 gear hobbing machines at its facility in Slovakia, producing gearing for all facilities. These machines are characterised by their operational versatility, given that they are used to produce around 180 different components in a very wide range of different sizes.

  • ā€œThe fire pump is the heart of every fire truckā€, explains Michael Schƶftner, Head of Mechanical Production at Rosenbauer International AG, the global leader for fire service equipment. The equipment has to withstand enormous loads in cases of operation. Rosenbauer relies on an automation solution for pump manufacturing from Liebherr. The rotary loading system RLS 800 from the Kempten-based automation experts has been deployed in Leonding near Linz for around two years now.

Hobbing and chamfering: Perfectly integrated

Employee interview with Lisa Bozzi

Breakthrough in automated machining of turbine blades

ā€œQuality, Flexibility, Availabilityā€

Integration of measurement technology

Robot systems: workpiece handling with vision

Future challenge: modernisation of trade training for industrial mechanics

ChamferCut: Chamfering despite interference contours