Current optical technologies for surface measurement such as white light scanning interferometry (WLSI) can produce sub-nanometric resolution areal height information. However, the sensitivity of such devices to external vibration coupled with their bulky nature requires that any workpiece be removed from the manufacturing line in order for measurement to be taken place. Clearly, a production line mountable, vibration stabilised device would provide benefits in manufacturing throughput and help reduce scrap rates. The multiplexed fibre interferometer (MFI) aims to provide this capability for high precision surfaces with submicron form deviation
Fibre interferometry holds many advantages for the online measurement of high precision surfaces. Ho...
A novel approach to displacement and angle measurements that uses range-resolved interferometry to i...
The tremendous growth in the manufacture of a wide range of deterministic and complex free form surf...
Fibre interferometry holds many advantages for the online measurement of high precision surfaces. Ho...
Advanced manufacturing techniques are producing increasing complex surfaces on the nano- and micro-s...
Current trends in technology are leading to a need for ever smaller and more complex featured surfac...
Light beam scanning using a dispersive element and wavelength tuning is coupled with fibre-optic int...
This paper introduces a new surface measurement method for potential online surface measurement app...
Optical fiber interferometry holds many advantages for the online measurement of high precision surf...
A vibration stabilized Wavelength Scanning Interferometer (WSI) is developed for online or in-proces...
In this paper, we report the recent progress in optical-beam scanning fiber interferometry for poten...
We propose a self-reference multiplexed fibre interferometer (MFI) by using a tunable laser and fibr...
Some critical aspects of a new kind of on-line measurement technique for micro and nanoscale surface...
A multiplexed optical fiber Michelson interferometer system that is self-referenced with a stabilizi...
A range-resolved interferometric signal processing technique using sinusoidal optical frequency modu...
Fibre interferometry holds many advantages for the online measurement of high precision surfaces. Ho...
A novel approach to displacement and angle measurements that uses range-resolved interferometry to i...
The tremendous growth in the manufacture of a wide range of deterministic and complex free form surf...
Fibre interferometry holds many advantages for the online measurement of high precision surfaces. Ho...
Advanced manufacturing techniques are producing increasing complex surfaces on the nano- and micro-s...
Current trends in technology are leading to a need for ever smaller and more complex featured surfac...
Light beam scanning using a dispersive element and wavelength tuning is coupled with fibre-optic int...
This paper introduces a new surface measurement method for potential online surface measurement app...
Optical fiber interferometry holds many advantages for the online measurement of high precision surf...
A vibration stabilized Wavelength Scanning Interferometer (WSI) is developed for online or in-proces...
In this paper, we report the recent progress in optical-beam scanning fiber interferometry for poten...
We propose a self-reference multiplexed fibre interferometer (MFI) by using a tunable laser and fibr...
Some critical aspects of a new kind of on-line measurement technique for micro and nanoscale surface...
A multiplexed optical fiber Michelson interferometer system that is self-referenced with a stabilizi...
A range-resolved interferometric signal processing technique using sinusoidal optical frequency modu...
Fibre interferometry holds many advantages for the online measurement of high precision surfaces. Ho...
A novel approach to displacement and angle measurements that uses range-resolved interferometry to i...
The tremendous growth in the manufacture of a wide range of deterministic and complex free form surf...