From the beginning of the design process to the final commissioning of the structure, we partner closely with the architects, engineers, and consultants to integrate our brakes into the design, machinery and the electrical systems of bridges and moveable structures.

DELLNER BUBENZER's global application experience and our core commitment to provide quality improvements by developing new products paired with the latest technology, provides solutions to real-work situations facing the container handling industry.

From years of working closely with international port operators, consultants, and crane manufacturers, DELLNER BUBENZER possesses expert industry knowledge. Our insight and precise focus allow us to continuously develop product with very highest of standards and latest technology.

DELLNER BUBENZER specializes in the design and manufacture of high-preformance, custom braking solutions constructed to handle the harshes conditions found in the iron and steel industry.

DELLNER BUBENZER specializes in the design and manufacture of braking systems for marine propulsion, including the innovative Stopping, Turning, Locking (STL) systems, high-quality pneumatic drum clutches and brakes for use on reverse reduction gears, propulsion shafts and hydraulic pump drives.

From large stone crushing machines to tumblers and gravel conveyor belts, DELLNER BUBENZER has been innovating and solving the special challenges of the mining industry for decades. In close coordination with mining equipment manufacturers, DELLNER BUBENZER provides solutions to operational and safety braking challenges.

As a leading supplier and developer, DELLNER BUBENZER provides brakes for offshore cranes and products for offshore drilling equipment across the world's oceans.

DELLNER BUBENZER offers lightweight, noise-free systems for braking and gliding processes in wind turbines. Noise reduction has been the core focus in the development of this comprehensive range of brakes and sliding bearings, recognizing that noise prevention plays a substantial role in the overall acceptance of wind energy.