Laser Technology in Agriculture: LZH Presents Innovative Ideas at AGRITECHNICA

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An alternative to chemical pesticides: Laser technology enables precise and selective weed control. | Quelle: Photo: LZH | Download

Hinweis zur Verwendung von Bildmaterial: Die Verwendung des Bildmaterials zur Pressemitteilung ist bei Nennung der Quelle vergütungsfrei gestattet. Das Bildmaterial darf nur in Zusammenhang mit dem Inhalt dieser Pressemitteilung verwendet werden. Falls Sie das Bild in höherer Auflösung benötigen oder Rückfragen zur Weiterverwendung haben, wenden Sie sich bitte direkt an die Pressestelle, die es veröffentlicht hat.

LZH utilizes AI-based laser technology with the "LightTrap" for pest control. | Quelle: Photo: LZH | Download

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The focus will be on light-based pest and weed control using lasers and additive manufacturing. LZH will exhibit with Niedersachsen ADDITIV at the Agrotech Valley joint booth in Hall 24, Booth A08.

No chemicals, no resistance: Weed treatment with lasers

With laser technology, weeds can be precisely and selectively treated. The laser beam can target sensitive plant parts, causing unwanted plants to be lethally damaged or inhibited in their growth, without affecting nearby crops. This method is more ecologically sustainable than chemical pesticides and significantly contributes to avoiding herbicide resistance, one of the most pressing challenges in modern agriculture. The laser treatment is controlled using artificial intelligence (AI): Image recognition distinguishes crops and weeds, and the laser's target points are determined.

Artificial Intelligence: A necessity for digitized agriculture

LZH also employs AI-based laser technology in pest control. The "LightTrap" (LichtFalle) is an autonomously moving system that attracts insects with an LED light surface and then neutralizes them with a laser. An integrated camera module automatically identifies whether an insect is a pest, or a beneficial species based on image data, providing users with a digital decision support system for pesticide application through live monitoring. Light-based pest control can reduce the use of chemical agents, enabling more efficient and resource-friendly food production.

Additive Manufacturing: High potential for the agricultural industry

The opportunities for agriculture to benefit from additive manufacturing are diverse. For example, replacement parts for agricultural machinery can be produced quickly in a 3D printer. Highly stressed equipment and components can be repaired or protected against wear through deposition welding. At AGRITECHNICA, the Niedersachsen ADDITIV project team showcases concrete examples of how 3D printing in agriculture creates real added value.

Special Highlight: At the "Agriculture 4.0 Industry Meeting," hosted by Niedersachsen ADDITIV on November 15th, company representatives will have the opportunity to exchange ideas and network. More information about the industry meeting can be found at https://niedersachsen-additiv.de/.

Weitere Informationen:
https://www.lzh.de/en/press-releases/2023/laser-technology-agriculture-lzh-presents-innovative-ideas-agritechnica