Testing and adjusting binoculars/spotting scopes and objectives
The precise measurement of the transmitted wavefront provides a qualitative assessment of the imaging quality of an optical system while enabling inline adjustment of the system. Spotting scopes and binoculars, as well as roof prisms and single lens elements can be measured with accuracies of lambda/20 PVr. The SHSInspect RL module can be flexibly integrated into test benches for dedicated measurement of Strehl ratio, MTF and transmitted wavefront. The precise measurement of the transmitted wavefront provides a qualitative assessment of the imaging quality of an optical system while enabling inline adjustment of the system. Spotting scopes and binoculars, as well as roof prisms and single lens elements can be measured with accuracies of lambda/20 PVr. The SHSInspect RL module can be flexibly integrated into test benches for dedicated measurement of Strehl ratio, MTF and transmitted wavefront.
The precise measurement of the transmitted wavefront provides a qualitative assessment of the imaging quality of an optical system while enabling inline adjustment of the system. Spotting scopes and binoculars, as well as roof prisms and single lens elements can be measured with accuracies of lambda/20 PVr. The SHSInspect RL module can be flexibly integrated into test benches for dedicated measurement of Strehl ratio, MTF and transmitted wavefront. The precise measurement of the transmitted wavefront provides a qualitative assessment of the imaging quality of an optical system while enabling inline adjustment of the system. Spotting scopes and binoculars, as well as roof prisms and single lens elements can be measured with accuracies of lambda/20 PVr. The SHSInspect RL module can be flexibly integrated into test benches for dedicated measurement of Strehl ratio, MTF and transmitted wavefront.
Application challenge
The precise measurement of the transmitted wavefront provides a qualitative assessment of the imaging quality of an optical system while enabling inline adjustment of the system. Spotting scopes and binoculars, as well as roof prisms and single lens elements can be measured with accuracies of lambda/20 PVr. The SHSInspect RL module can be flexibly integrated into test benches for dedicated measurement of Strehl ratio, MTF and transmitted wavefront.
Measurement method and system
The precise measurement of the transmitted wavefront provides a qualitative assessment of the imaging quality of an optical system while enabling inline adjustment of the system. Spotting scopes and binoculars, as well as roof prisms and single lens elements can be measured with accuracies of lambda/20 PVr. The SHSInspect RL module can be flexibly integrated into test benches for dedicated measurement of Strehl ratio, MTF and transmitted wavefront.
The problem
The precise measurement of the transmitted wavefront provides a qualitative assessment of the imaging quality of an optical system while enabling inline adjustment of the system. Spotting scopes and binoculars, as well as roof prisms and single lens elements can be measured with accuracies of lambda/20 PVr. The SHSInspect RL module can be flexibly integrated into test benches for dedicated measurement of Strehl ratio, MTF and transmitted wavefront.
The method
The precise measurement of the transmitted wavefront provides a qualitative assessment of the imaging quality of an optical system while enabling inline adjustment of the system. Spotting scopes and binoculars, as well as roof prisms and single lens elements can be measured with accuracies of lambda/20 PVr. The SHSInspect RL module can be flexibly integrated into test benches for dedicated measurement of Strehl ratio, MTF and transmitted wavefront.