High resolution dynamic Twyman-Green laser interferometer
灵活，振动不敏感，4MP PhaseCam 6110。
A high resolution 4MP sensor in an easy-to-position, fiber-coupled measurement head, plus motorized controls, the incredibly small PhaseCam 6110 is ideal for long path measurements, remote mounting in measurement towers or pressure vessels, and other challenging test setups.
相位凸轮®6110 is a compact and lightweight dynamic laser interferometer. Vibration-immune and only 13 inches in length, the PhaseCam 6110 features a high resolution 4MP imaging sensor, 633 nm wavelength and motorized controls, making it ideal for use in applications such as measuring large telescope optics, long path measurements, remote mounting in measurement towers or pressure vessels, and noisy or vibration-rich environments.
相位凸轮6110 dynamic laser interferometer incorporates a high-speed optical phase sensor that makes wavefront measurements in as little as 30 microseconds—over 5000 times faster than a phase shifting interferometer. Such short acquisition time means the PhaseCam can be used in the noisiest environments, without vibration isolation or turbulence control. Applications include measurement of large, focal optical systems such as concave telescope mirrors and lens systems, as well as deformable mirrors and adaptive optics.
Numerous accessories and options are available including a 5-axis mount, low-reflectivity diverging lenses and beam expanders. A high-power 532nm external source for ESPI (Electronic Speckle Pattern Interferometry) is also available.
相位凸轮6110 replaces the PhaseCam 6100.
Demonstration of Measuring Large Optics Easily
This 4 minute video shows how easy it is to measure large optics using dynamic interferometers that are light, small and easy to align.
4 MP Sensor
Compact and Lightweight
What to expect
With super-fast acquisition times, it’s ideal for long optical-path measurement of large focal systems, as well as deformable mirrors and adaptive optics. It’s highly popular in measuring concave telescopes mirrors and lens systems. It’s also great for testing small aperture afocal components like flat mirrors and collimators.
- Meter-class telescopes
- Vacuum and environmental chamber tests
- Production floor quality control
- Complete computer system
- Multi-axis mounting and aligning the mainframe
- Diverging lenses for varying the beam shape
Data analysis functions such as Zernike, Seidel, geometric and diffraction analysis are easy to perform.