ZYGO's Verifire™ HD interferometer system provides fast high-resolution measurements of flat or spherical surfaces, and transmitted wavefront measurement of optical components and assemblies. The interferometric cavity length is precisely modulated while a high-speed camera captures several fringe images, which are analyzed by the software to create a highly detailed measurement of the part being tested.
Exposes Mid-Spatial Frequency Surface Features
Mid-spatial frequency features can't hide any longer. The Verifire HD system boasts a hi-res camera and optimized optical design to reliably measure surface features that have been difficult to discern in the past. Plus, the Mx™ software package provides the facility to quantify mid-spatial frequency content with powerful Power Spectral Density (PSD) and diffraction simulation tool.
QPSI™ Vibration Tolerant Interferometry
QPSI technology eliminates ripple and phase noise caused by common sources of vibration such as grinding and polishing equipment, motors, pumps, blowers, and personnel, which means you can use the Verifire HD system right on the production floor, without the hassle and expense of vibration isolation tables.
QPSI is enabled by a powerful new proprietary laser and a high frame rate camera. No calibration or special setup is required. A simple change of a menu option enables/disables QPSI technology.
Powerful Long-Life Laser
The unique performance capabilities of the Verifire HD system require an equally unique laser. It had to be more powerful than lasers typically found in interferometers, and we wanted it to have a much longer life span so as to minimize the inconvenience of downtime.
To ensure the laser met our stringent requirements and exacting standards, we decided to design and build it in-house. Our proprietary field-proven design provides unmatched reliability and a longer service life. This high-performance laser available exclusively from ZYGO.
Modular Options, for Maximum Flexibility
The Verifire HD is designed with modular options so you can configure your system with the exact mix of options you need. Some available configuration options are:
Point source or coherent noise reduction (artifact suppression)
5.3 or 1.4 megapixel camera
Fixed zoom, or discrete motorized turret zoom (1x, 1.7x, 3x)
Mx™ Software
ZYGO's proprietary Mx™ analysis software offers a wide range of operational features and data analysis tools for unmatched measurement capability in an easy-to-use interface. The built-in SPC provides powerful capability for production situations.
How it Works
The Verifire™ HD system uses the precision of mechanical phase modulation to show fine measurement detail on optical surfaces with excellent precision and repeatability. During a measurement, the interferometric cavity length is precisely modulated while a high-speed 2k x 2k pixel CCD camera captures several fringe images, which are analyzed by the software to create a highly detailed measurement of the part being tested.
Measure glass or plastic optical components like flats, lenses, and prisms - precision metal components like computer disks, bearing and sealing surfaces - polished ceramics, and contact lens molds, too.
ZYGO's Verifire™ HD interferometer system provides fast high-resolution measurements of flat or spherical surfaces, and transmitted wavefront measurement of optical components and assemblies. The interferometric cavity length is precisely modulated while a high-speed camera captures several fringe images, which are analyzed by the software to create a highly detailed measurement of the part being tested.
Exposes Mid-Spatial Frequency Surface Features
Mid-spatial frequency features can't hide any longer. The Verifire HD system boasts a hi-res camera and optimized optical design to reliably measure surface features that have been difficult to discern in the past. Plus, the Mx™ software package provides the facility to quantify mid-spatial frequency content with powerful Power Spectral Density (PSD) and diffraction simulation tool.
QPSI™ Vibration Tolerant Interferometry
QPSI technology eliminates ripple and phase noise caused by common sources of vibration such as grinding and polishing equipment, motors, pumps, blowers, and personnel, which means you can use the Verifire HD system right on the production floor, without the hassle and expense of vibration isolation tables.
QPSI is enabled by a powerful new proprietary laser and a high frame rate camera. No calibration or special setup is required. A simple change of a menu option enables/disables QPSI technology.
Powerful Long-Life Laser
The unique performance capabilities of the Verifire HD system require an equally unique laser. It had to be more powerful than lasers typically found in interferometers, and we wanted it to have a much longer life span so as to minimize the inconvenience of downtime.
To ensure the laser met our stringent requirements and exacting standards, we decided to design and build it in-house. Our proprietary field-proven design provides unmatched reliability and a longer service life. This high-performance laser available exclusively from ZYGO.
Modular Options, for Maximum Flexibility
The Verifire HD is designed with modular options so you can configure your system with the exact mix of options you need. Some available configuration options are:
- Point source or coherent noise reduction (artifact suppression)
- 5.3 or 1.4 megapixel camera
- Fixed zoom, or discrete motorized turret zoom (1x, 1.7x, 3x)
Mx™ Software
ZYGO's proprietary Mx™ analysis software offers a wide range of operational features and data analysis tools for unmatched measurement capability in an easy-to-use interface. The built-in SPC provides powerful capability for production situations.
How it Works
The Verifire™ HD system uses the precision of mechanical phase modulation to show fine measurement detail on optical surfaces with excellent precision and repeatability. During a measurement, the interferometric cavity length is precisely modulated while a high-speed 2k x 2k pixel CCD camera captures several fringe images, which are analyzed by the software to create a highly detailed measurement of the part being tested.
Measure glass or plastic optical components like flats, lenses, and prisms - precision metal components like computer disks, bearing and sealing surfaces - polished ceramics, and contact lens molds, too.
