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Dynapac, Leica Geosystems Launch Automated Steering, Screed Edge Control for Asphalt Pavers

Dynapac and Leica Geosystems collaborate to integrate auto-steering and screed edge control features on asphalt pavers. The innovative technology provides precision, efficiency, and safety, eliminating manual stringlines and enhancing paving results.

April 2, 2025 - National Edition
Dynapac & Leica Geosystems

Leica Geosystems and Dynapac announced the compatibility of auto-steering and screed edge control features on Dynapac asphalt pavers with the Leica iCON pave solution.
Leica Geosystems photo
Leica Geosystems and Dynapac announced the compatibility of auto-steering and screed edge control features on Dynapac asphalt pavers with the Leica iCON pave solution.

Leica Geosystems and Dynapac announced the compatibility of auto-steering and screed edge control features on Dynapac asphalt pavers with the Leica iCON pave solution.

This solution will be available on the Dynapac SD25 and XD25 highway paver series, a line of paving machines set to debut at bauma.

This partnership aims to enhance the precision and efficiency of asphalt paving operations by combining Dynapac's paving machinery with Leica Geosystems' machine control technology. In addition, the integration of new auto-steering and edge control features will enable pavers to follow stringline design models with millimetre accuracy, eliminating the need for traditional strings-and-pins methods and reducing costs, while improving productivity, according to the companies.

"Our collaboration with Leica Geosystems marks a significant milestone in advancing paving technology and, as a result, providing even more functionality to our customers," said Soenke Demuth, head of global product management paving of Dynapac.

Auto-Steering, Screed Edge Control for Higher-Quality Surface

With the Leica iCON pave machine control system, operators benefit from automated guidance and precise screed width adjustments based on a digital stringing design, according to the companies. The system enhances site sustainability by optimizing material usage, minimising waste and ensuring more accurate material estimation throughout the paving process. In addition, it enhances safety by eliminating physical hazards such as stringlines, pins and other marking materials from the job site.

"As infrastructure projects continue to expand globally, meeting the high standards of modern construction requires even greater precision and efficiency in asphalt paving," said Neil Williams, president, machine control division of Leica Geosystems. "Manually steering a paver while ensuring the screed maintains its optimal width demands constant adjustments to adapt to varying site conditions and maintain consistency. By introducing automated steering and screed control, we alleviate this burden on operators and enhance their ability to deliver superior paving results with greater ease and reliability."

For more information, visit leica-geosystems.com.


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