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"Dienstleistungsunternehmen" English translation
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Amazon Music Stream millions of songs. Audible Download Audiobooks. DPReview Digital Photography. Shopbop Designer Fashion Brands. The group holds a share of equity in a Slovak company and has a network of partners worldwide. Kjellberg Finsterwalde manufactures plasma cutting technology up to A , automatic welding machines and welding electrodes for industrial purposes, with part of the products customised.
For example, Kjellberg equipment is used in the shipbuilding, automotive and plant construction industries.
In his capacity as general manager of the company ESAB , in Kjellberg established Kjellberg Elektroden GmbH in Berlin together with six German and Swedish partners, for the purpose of manufacturing and marketing the patented welding electrodes. Later that year, the production of welding electrodes started in Finsterwalde. The fundamentally new concept of these machines was the unification of all components under one housing, including control section and steerable carrier.
Later, these converters were further developed into automatic welding machines.
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Experimental studies on automatic arc welding started in With the market launch of the automatic welding machines S I and S II in , mechanised welding for industrial purposes was possible for the first time. Kjellberg offered three technological options for mechanised welding: with exchangeable electrode head for endless welding of rod electrodes, with welding head for bare wire coils and with carbon head for thin sheet welding. Starting in , the electrode pressing method improved the strength of the coating as well as welding quality compared to the previously standard dipping.
With its completion in , Kjellberg expanded its manufacturing plant at the headquarters in Finsterwalde. In , the patented Kaell-Kjellberg-Lundin method considerably improved the efficiency of metal working. In this technique, a double wire electrode was welded in three arcs simultaneously.
In , after just two months of development, Kjellberg introduced the so-called Maulwurf mole — the first industrial solution for automated submerged arc welding. In , the Professor Manfred von Ardenne Institute in Dresden carried out the first basic tests for plasma-arc cutting of high-alloyed steel and aluminium with argon - hydrogen in cooperation with Kjellberg Finsterwalde. In the same year, this procedure was further developed into the FineFocus plasma cutting technology and then patented. In the following year, plasma cutting machines were used in parallel operation for the first time.
Eight machines of the first series were sold to Japan. In , the plasma cutting unit PA 40 cut using oxygen for the first time, a more cost-effective method.
In , a collective of researchers from Kjellberg and the Professor Manfred von Ardenne Institute were awarded the GDR National Prize for Science and Technology for their scientific and technical work developing the plasma melt cutting process. In , Kjellberg granted the O-A-Mach Corporation in Tokyo a licence to produce and sell plasma cutting torches, since the required quantities for the Japanese market could not be delivered in time due to lack of capacity in Finsterwalde.
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In , inverters were used for the first time as power sources for welding and plasma cutting, and a plasma cutting machine for underwater cutting was introduced. At that time, the company had employees. In , following German reunification , the company was restructured and the product range fundamentally overhauled. In collaboration with the University of Hanover and the HDW Kiel shipyard, multi-torch bevel aggregates were used for the first time in the "Shipbuilding " project in In , Kjellberg introduced plasma gouging technology for industrial metal processing as an alternative to gouging with carbon electrodes.
In , a new assembly shop and shipping department at the headquarters in Finsterwalde considerably improved production conditions.