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Compare HELIOS fs laser modelsTunable mid-IR with AURORA OPACompress Yb pulses (HYPERION)Adaptive shaping with DazzlerNarrow-linewidth CW for atoms
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XUV mirrors for attosecond scienceHigh-LIDT 1030nm Yb mirrorsHigh-power CPA gratings
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Design a complete CPA systemBuild a THz time-domain setup
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Calculate dispersion / GDDSHG phase matching at 800nm
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Precision Photonics for Research & Industry
Piezoelectric stainless steel adjustment mounts offer long-term alignment stability advantages compared to standard optical mounts. They are used for mounting optical components with diameters of Ø1 inch (25.4 mm) or Ø2 inch (50.8 mm) and can be installed in either left-handed or right-handed configurations. The optical components are secured using flexible spring leaves and set screws. This design of flexible spring leaves and set screws provides significant clamping force and high beam pointing stability while minimizing deformation of the optical element.
The mounts feature a piezoelectric drive adjustment design, utilizing inertia and friction to drive the adjustment screws. These piezoelectric drive adjusters have a power-off self-locking function, making them highly suitable for applications requiring long-term stability. These adjustment mounts have a wide angular adjustment range of ±4°, with a typical step size of 10-30 nm. Using the accompanying piezoelectric motion controller and software, the single-step size can be flexibly adjusted within approximately ±20% of a 10 nm reference value. The piezoelectric actuators come with knobs for manual adjustment. The set includes 2 piezoelectric screws (PTP09) and 1 controller for the piezoelectric screw actuator kit (sold separately by our company).