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SENNEBOGEN Unveiled Material Handler Made from Green Steel at bauma 2025

SENNEBOGEN

SENNEBOGEN Unveiled Material Handler Made from Green Steel at bauma 2025

SENNEBOGEN, a leading manufacturer of material handling machines and crane technology, has introduced a material handler at Bauma 2025 that not only saves CO₂ due to its efficiency and durability but also largely uses CO₂-reduced steel components. The Bavarian mechanical engineering company, in partnership.

Salzgitter AG, is driving the decarbonization of the industry and setting new with standards for resource-saving technologies. The SALCOS® (Salzgitter Low CO₂ Steelmaking) transformation program aims to produce steel in a “greener” way and support customers on their way to a low-carbon value chain By converting.

Production to low-CO₂ processes, Salzgitter AG will reduce emissions from steel production by up to 95%. The “double green” SENNEBOGEN 830 G material handler is a joint decarbonization project of SENNEBOGEN Maschinenfabrik and Salzgitter AG, enabling CO₂ savings of more than 70% compared to conventional steel production.

The company sees green steel as a welcome contribution for the sustainable further development of crane and material handling machine technology At bauma 2025, SENNEBOGEN unveiled its groundbreaking 830 G material handler, marking a gradually significant advancement in sustainable construction machinery.

This “double green” machine not only operates with enhanced efficiency but is also constructed using CO₂-reduced steel, setting a new benchmark for eco-friendly industrial equipment methods. The physical properties of this green steel match those of conventional steel, ensuring no compromise on performance or durability. ​

Innovative Use of Green Steel

The 830 G is a result of a collaboration between SENNEBOGEN and Salzgitter AG, utilizing SALCOS® steel produced from 100% scrap via electric arc furnaces powered by green electricity. This manufacturing process achieves over 70% reduction in CO₂ emissions for the steel components compared to traditional.

Enhanced Operational Efficiency

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Beyond its sustainable construction, the 830 G boasts approximately 20% improved operational efficiency over its predecessor. This enhancement translates to an additional annual saving of 18.5 tons of CO₂ emissions during operation. The machine’s design incorporates advanced energy-saving features, contributing to its.

Real-World Application and Industry Impact

Post-exhibition, the 830 G is set to commence operations at DEUMU, a subsidiary of Salzgitter Group, for steel scrap handling. This deployment underscores the overall environmental benefits machine’s practical applicability and the industry’s shift towards sustainable practices. SENNEBOGEN’s initiative demonstrates.

Future Outlook

SENNEBOGEN’s introduction of the 830 G at bauma 2025 represents a pivotal moment in the pursuit of sustainable industrial solutions. By combining green manufacturing processes with enhanced operational efficiency, the company sets a precedent for future developments in eco-friendly construction equipment.​

For more information, visit SENNEBOGEN’s official a commitment to reducing Scope 3 emissions and offers a scalable model for integrating green steel into heavy machinery manufacturing At bauma 2025, SENNEBOGEN unveiled its latest innovation in sustainable material handling—the 830 G material handler.

This new addition to the G-series is constructed using CO₂-reduced steel produced by Salzgitter AG, aligning with SENNEBOGEN’s commitment to environmentally friendly manufacturing practices which together enhance operational efficiency and reduce fuel consumption by up to 30% maintenance through optimized access to.

Designed for versatility, the 830 G features a 17-meter reach and an operating weight of approximately 40 tons, making it suitable for applications handling, recycling, timber operations, and port logistics. The machine is equipped with the advanced SENcon control system and the Green Hybrid energy recovery system.

The Green Hybrid system utilizes a gas pressure accumulator and an additional hydraulic cylinder on the boom to store and reuse energy during lifting operations, contributing to significant CO₂ emission reductions. Additionally, the 830 G offers improved operator comfort with the redesigned Maxcab and facilitates easier. ​

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