Press kit: Ligna 2025

Liebherr will showcase its special machines and solutions for the wood processing industry at the LIGNA 2025 international trade fair for the timber and forestry sector in Hanover. From 26 to 30 May, visitors will be able to explore Liebherr's approximately 475 m² exhibition stand in the fair's outdoor area (Corner 7, Stand L44). The Liebherr LH 26 M Timber material handler and the Liebherr T 60-9s telescopic handler will be among the machines on display. The Liebherr wheel loader L 580 XPower® is equipped with industrial kinematics and high-dump bucket for the timber industry. In addition, an athlete from the STIHL TIMBERSPORTS® series will be a guest on the Liebherr stand and will put on an impressive sawing show. The various product demonstrations will take place several times each day.

Timber handling requires machines that are both reliable and precise. At Ligna 2025, Liebherr will showcase the T 60-9s telescopic handler, a model well-suited to the challenges of the wood industry.

Liebherr is presenting the LH 26 M Timber Litronic for efficient timber handling at the world's leading trade fair Ligna in Hanover. Thanks to its extremely compact design and exceptional maneuverability, this specialist machine is ideal for work in sawmills and lumber yarads where space is limited. The log loader impresses with its extremely low fuel consumption combined with maximum performance. The handling machine will be exhibited in combination with a log trailer and the GMH 40 wood grab.

Liebherr is presenting the L 580 XPower wheel loader at Ligna 2025, the world's leading trade fair for woodworking and wood processing. The Group's second-largest wheel loader model is equipped with industrial kinematics and a high-dump bucket for its appearance at the trade fair. This configuration is ideal for efficiently loading large quantities of bulk materials. Like all Liebherr wheel loaders in the XPower series, the L 580 XPower has a power-split travel drive as standard, which ensures low fuel consumption and maximum power delivery.