Automated Manufacture of Lidar Systems

A new automotive lidar assembly system was developed within six months (Source: Ibeo)

The majority of driver assistance systems and completely autonomous vehicles currently use solid-state systems, known as lidar systems, to measure distances and detect obstacles. Lidar is a method used to measure the environment using the reflection of emitted laser beams. The Fraunhofer Institute for Production Technology IPT in Aachen, Germany, has developed a system for the automated assembly of solid-state lidar systems so that such systems can soon be made available to the automotive industry at low cost. The prototype was integrated into a basic machine manufactured by the project partner Aixemtec and put into operation together with Ibeo Automotive Systems, worldwide technology leader in lidar sensors.

The system, consisting of the assembly system integrated into the basic Aixemtec machine, is now able to align an optical system consisting of two lenses, a laser light source, and a sensor with high precision. The Aachen researchers equipped an individually developed passive assembly system based on the 3D “Commander 6” manipulator with newly developed measuring technology to test the alignment of the mounted lenses and chips to each other during the assembly process. The particular challenge was to align and connect the optical elements with micrometer precision.

Fraunhofer IPT and Aixemtec managed the development and installation of the system for Ibeo within just six months from the start of the project. By using standard components from the partners´ portfolio, Ibeo is now preparing to deliver the first small series of its new lidar systems to developers and customers. The prototype of the system is so flexibly designed that it can also be used for comparable similar tasks, for example for cameras or other imaging or projecting optical systems. (Source: Fh. IPT)

Links: Fraunhofer Institute for Production Technology IPT, Aachen, GermanyAIXEMTEC GmbH, Herzogenrath, Germany  • Ibeo Automotive Systems GmbH, Hamburg, Germany

Reference: T. Müller et al., PhotonicsViews 16(6), December 2019, in prep.

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