Made in Germany

Press

Our products are used all over the world. You can read the stories behind our workpieces as well as articles, press releases and background information about the latest news in thread technology here. Our press room contact person is Mr Moritz von Soden, phone: +49 5187-9422-0, presse@bornemann.de.

Always up to date

Want us to add you to our distribution list so that you can stay up to date on all the latest developments at Bornemann Gewindetechnik? No problem! Get in touch at: presse@bornemann.de.

On the home straight

Plexiglastafeln mit der Vision 2030

Implementing goals OKR, SMART & Co. sound ideal on paper. But how does it work in everyday life? These four practical examples show how companies create clarity and make success measurable. Let them inspire you!

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Thread whirling wins in comparison to thread rolling

Structures de surface sur le flanc porteur d’une vis à filet trapézoïdal.

Tribological contacts account for around 12% of global energy consumption. Bornemann Gewindetechnik is researching the optimization of trapezoidal threads together with the Institute of Production Engineering and Machine Tools at Leibniz Universität Hannover.

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Surface optimization of trapezoidal thread spindles—tribologicalanalysis and application

Representação dos perfis de rugosidade das séries de testes examinadas.

Trapezoidal threaded spindles are ideal for heavy loads and are often used in lifting systems. As part of a cooperation project between the Institute of Production Engineering and Machine Tools (IFW) and the company Bornemann Gewindetechnik, a modification of thread whirling was researched to optimize the tribological properties of threaded spindles. The use of whirled microstructures can reduce friction loss by 25.5% and significantly reduce adhesive wear.

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Energy efficiency and durability: cooperation projects at IFW set new standards in threading technology

Representatives of the Institute of Production Engineering and Machine Tools (IFW) at Leibniz Universität Hannover and Bornemann Gewindetechnik GmbH & Co. KG, discuss the results of the research projects in the social room at Bornemann Gewindetechnik.

Together with Bornemann Gewindetechnik GmbH & Co. KG to research and optimize parts of thread production in two ZIM cooperation projects. In the TopGewinde project, a method for the defined adjustment of the surface topography was developed in order to increase the efficiency of screw drives with the help of micro-lubrication pockets. In the Quali-Wirb project, a measuring system for process-parallel recording of the thread geometry and surface was developed in order to identify production deviations during the manufacturing process and compensate for them with suitable measures.

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It’s All about the Surface

Threaded spindles are a popular design element in mechanical engineering. High-stress threaded spindles, for instance, are particularly prevalent in mechanical lifting jacks and in heavy-duty lifting equipment. The threaded spindles used in these areas are primarily manufactured through a whirling process. Threaded spindles that are produced by rolling processes often have very smooth surfaces that encourage slip-stick and have a negative effect on the service life of the system as a whole.

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All a Matter of Dimensioning: Online Thread Calculation from Bornemann

Whether they are used in plant construction, mechanical engineering or tool manufacturing, in demanding production processes, under water or in outer space: spindles and threads are often subject to extreme requirements. When it comes to thread dimensions, development departments require experienced engineers and technicians from as early as the prototyping stage.

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Determining the Service Life of a Thread: Quicker, More Precise and More Economical – Even for Custom Solutions

Gewindeflanken

Threaded spindles and nuts have been a central part of modern life since the dawn of industrialisation. A startling fact: at present, it is practically impossible to predict their durability and wear, which is of critical importance for securing your investments. Introducing the new TriboLife thread testing system: it can rapidly reproduce wear through experimental testing, rendering expensive endurance test stands largely redundant.

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Special Screws For Valve Testing Benches

In petrochemical plants, power plants and other industrial installations, control valves precisely regulate the movement of gases and liquids. Leaking valves are one of the single greatest impediments to the efficiency of industrial processes.

Diamond Screws

In large offshore winches, the reverse threaded spindles or diamond screws of Bornemann Gewindetechnik play a critical role in winding expensive special cables. The diamond screws are used in hoisting winches in spooling equipment known as level winders for neatly winding layer upon layer of extremely heavy cables that are often thousands of metres long.

Avoiding the stick-slip effect

Bornemann Gewindetechnik GmbH & Co. KG, based in Delligsen, Lower Saxony, has been producing threaded spindles and screw conveyors for more than 25 years. One of their main products is ready-to-install trapezoidal spindle drives for heavy-duty lifting gear, as used to lift rail vehicles. Constant lubrication of the load-bearing flanks of the thread profiles is essential for spindle lift drives, as insufficient lubrication can lead to increased wear and overheating as well as the socalled stick-slip effect.

Finest Precision For Heavy Loads

The expansion of a high speed rail network is progressing in europe. The french railway company SNCF is about to develop its TGV (high speed trains) trains in a new generation, just as the German Deutsche Bahn is doing. even a private competition is rising in the ring of italy against the “frecce Rosse“ and from year 2014 there will be a high speed link from Cologne to London. Also Russia plans to develop a network of high speed train services for the 2018 fifA World Cup such as 300 to 400 km/h high speed trains from Moscow to st petersburg, to nizhny novgorod and to Kazan, with a possible extension to Yekaterinburg