| Late 1940's... |
Start
development and production of 60 ohm coaxial connectors |
| Early 1960's... | Improvement
of components for radio and television technology (matrix switches,
switching fields, directional couplers, etc.) Development of coaxial 1 and 2 channel rotary joints |
| Late 1960's... | Entry into the field of high energy physics |
| Mid 1970's... | Development
of large waveguide components - SPINNER supplies the Metz transmitter
station with a waveguide for high power transmission at 600 MHz. SPINNER develops a complete antenna feeding network including energy transmission lines for a polar lights research project (EISCAT) |
| Early 1980's... | Start
of the development of optical waveguide components and measurement
equipment Delivery of the first 6 GHz waveguide switching plant for the Raisting earth satellite ground station Entry into high vacuum technology for coaxial components - SPINNER supplies and installs the complete waveguide transmission systems for the LEP-Linac. |
| Late 1980's... | Development of the KES-CATV connector and cable coupling for broadband communication networks of Deutsche Telekom |
| Early 1990's... | Establishment
of SPINNER Lauenstein GmbH (near Dresden) Development and manufacture of Cellflex jumper cables for mobile communication base stations Successful certification of the quality assurance system under EN ISO DIN 9001 Manufacture of the overmodal 82 GHz and 118 GHz waveguide components for CRPP Lausanne (Switzerland) and CEA Cadarache (France) for ERH systems |
| Late 1990's... | Establishment
of SPINNER Hungaria Kft Certification of the environmental management system under EN ISO DIN 14001 Establishment of SPINNER Telecommunication Devices (Shanghai) Co., Ltd Start development of the MNCS project (Mobile Network Combining System) |
| 2000...today | Establishment
of SPINNER Electrotéchnica S.L. (Madrid) Delivery of combiners and filters for terrestrial digital TV Delivery of 2 MW-Transmission Lines for "JET ITER-like Ion Cyclotrone Resonance Heating Antenna Project" for Culham Science Centre Development of optical multi-channel rotary joints |