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| Our stabilized PLASMA© He-Ne laser line incorporates several models with highly stabilised laser radiation for applications in interferometry, precision measuring systems, holographic and projection as well as biotech- and medical systems. |
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Within this series we are offering three different product lines
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LGN-303 Series Unique constructional features provide for constant optical parameter performance even under unfavourable mechanical and environmental conditions. These single-frequency stabilized lasers are emitting either at one frequency or at two orthogonally polarized components with 640 MHz difference. Due to the ability to operate in two regimes (modes) - spatial separation and alignment of orthogonally polarized radiation components - lasers of this series are successfully utilized in multichannel telecom systems. |
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This dual-frequency stabilized laser emits at orthogonally polarized components with a frequency difference of 1,5 - 2,2 MHz. The laser is implemented as a "monoblock" with the laser head and power supply within a single package. All mounting elements and mirrors are mounted inside a glass tube. |
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| LGN-220 Series This single-frequency laser line with enhanced output power upto 100 mWatts features high stability of radiation and beam characteristics and is intended to be used in applications calling for superior performance. A SuperInvar resonator and exchangable cavity mirrors provide for a thermally and mechanically stable design as well as variability. The special coated cavity mirrors are suppressing lasing action at the strong 3,4 µm line, thus maximising output power in the visible line spectrum. LGN-220 standart These systems are optimised for maximum output power at the 633 nm line with output powers of 70 mWatts in single mode. LGN-220C In the 50 mWatt class these systems provide single frequency operation at 633 nm. Application examples:
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| LGN-220 SF This model is intended for utilisation in holography and applications calling for highly stable operation at four frequencies at the red 633 nm line, the orange line . at 612 nm, the orange-yellow line at 594nm and the green line at 543 nm. -------------- An incorporated Fabry-Perot-Etalon enshures several meters of coherence length and coherence in time at best output power and stability. |
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