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VEM motors Thurm GmbH (Zwickau)
When the Stephan Brothers established a small electric workshop, which soon employed 5 people in 1908, during the turbulent beginnings of the electrical engineering industry, no one could have anticipated that eighty years later this company would have developed into the largest and most efficient manufacturer of electric motors in the world.

| 1908 |
establishment of an electric workshop by the brothers Alfred and Kurt Stephan |
| 1920 |
beginnings of the production of electric and geared motors |
| 1935 |
production of the one hundred thousandth motor; extension of the works; three-phase and single-phase motors, loom drives, washing machines, drives for forge fire blowers, drives for machine tools; 635 employees |
| 1945 |
dismantling for reparation claims |
| 1946 |
release of production, repair of electric motors |
| 1946 - 1948 |
development of the conditions for resuming the production of motors |
| 1959 |
production of the one millionth motor |
| 1964 |
sale of the four millionth motor |
| 1967 |
extension on the site incorporating a former pit |
| 1968 |
new construction of a factory for geared motors |
| 1970 |
independent company within Kombinat Elektromaschinenbau |
| 1971 - 1975 |
introduction of the standard motor series KMR (0.12 4.0 kW), achievement of international engineering standard with three-phase motors |
| 1989 |
3,500 people employed in 9 works, 1,850 directly involved in the production of motors |
| 1990 - 1998 |
converted into VEM Elektromotorenwerke Thurm (Sachsen) GmbH as a company of the VEM Antriebstechnik AG, concentration of the production capacities at the location Zwickau-Pöhlau, restructuring of the location and exclusive focus on the motor business |
| 1997 |
returned to private ownership and purchased by the business family Dr Adolf Merckle, Blaubeuren |
| 1998 |
became independent as VEM Motors Thurm GmbH |
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| Three-phase motors acc. to IEC/DIN squirrel cage |
0.12 - 500 kW |
| Three-phase motors with wound rotor |
2.20 - 250 kW |
| Three-phase brake motors |
0.12 - 500 kW |
| Three-phase motors, forced-air cooled |
0.25 - 500 kW |
| Three-phase roller table motors |
0.60 - 160 kW |
| Three-phase marine motors acc. to the regulations of International classification societies |
0.12 - 440 kW |
| Three-phase motors in protection types: |
| Increased safety |
0.12 - 275 kW |
| Flameproof enclosure |
0.12 - 560 kW |
| Non-sparking |
0.09 - 450 kW |
| for use in Zone 21 |
0.09 - 90 kW |
| for use in Zone 22 |
0.09 - 500 kW |
| Variable speed three-phase drives |
0.75 - 500 kW |
| Three-phase compact drives |
0.75 - 22 kW |
| Energy saving motors (eff1 and EPCA) |
0.09 - 315 kW |
| Motors for fire gas and smoke exhausting fans |
2.20 - 500 kW |
| Three-phase asynchronous generators |
2.20 - 420kVA |
Partner for power engineering and environmental technology, plant engineering and construction, shipbuilding, handling technology and machine construction
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Application |
Machine Type |
Power |
| Power engineering and environmental technology heating and venti- lating engineering |
Wind-power electric plants, compressors, power stations, pumps and compressors, fans, ventilating engineering, agitators |
Asychronous generators, asynchronous motors in low- voltage design, variable-speed three-phase drives |
up to 250 kVA
up to 500 kW
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| Handling technology |
Cranes and capstans in the shipbuilding, cranes in smelting plants, roller tables |
Asynchronous motors in low- voltage design as squirrel-cage and slipring motors, variable-speed three-phase drives |
up to 500 kW |
| Plant engineering and construction |
Rolling mills, mining industry, primary and chemical industry, hazardous areas |
Asynchronous motors in low-voltage design as EExe and EExd motors, as roller table motors |
up to 500 kW |
| Traffic engineering |
Standard-gauge railways, mine and auxiliary tramways |
Motors for auxiliary drives, three-phase motors with squirrel-cage rotor |
up to 500 kW |
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