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Engineered Systems Fiberalingment |
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SpaceFAB SF-3000 PS (Piezo) part.

SpaceFAB SF-3000 PS is designed for applications in vacuum environments where probes have to be aligned in all six degrees of freedom. We have minimized the overall dimensions. SpaceFAB SF-3000 PS is based on LPS-30 stages which allow the highest resolution with the piezo inertia drive and a closed loop scale system.
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SpaceFAB SF-3000 PS (Piezo) part. II
 Maximum travel ranges in XY are 12.7 mm with a vertical displacement of only 2 mm; central load of up to 0,5 kg is possible. The pivot point, i.e. the center of the probe, can be set by the customer which is very important for several applications. The system is based on the PI miCos Motion Server which includes all the ...
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SpaceFAB HV  Customized SpaceFAB for vacuum 10-7 mbar and temperature range of - 0°C to +80°C. 6 degrees of freedom. With the SpaceFAB SF-3000 BS (vacuum) all six degrees of freedom can be moved withoutadditional positioning elements. The low weight of the moving platform allows highly dynamic positioning. Using no pre-load, the design...
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HIGH RESOLUTION X-RAY SPECTROMETER
 A 5 m long spectrometer for soft x-rays used in a synchrotron radiation beamline for resonant x-ray emission spectroscopy and resonant inelastic x-ray scattering in the 00–1600 eV energy range. 5 axes advanced x-ray emission spectrometer is mounted on a rotating platform allowing the scattering angle...
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SpaceFAB HV FOR SYNCHROTRON
 This 7 axes positioning system consists of a LS-110 and a custom designed Sp ceFA which is used for dynamic measurements. To achieve the required precision, high stiffness and repeatability was required. The pivot point can be set by software - in this case important for adjusting an X-Ray single-reflection lens at BESSY II in Berlin.
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FIBER ALIGNMENT
 The fiber alignment system shown in the picture is an example of our customized systems. It was designed to connect two fiber arrays to a central waveguide component. Alignment of the components is realized in several steps. The coarse alignment is done using image...
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