The aim of this article is optical surfaces polishing on the 6-axis computer-controlled (CCM) machine Optotech MCP 250 CNC using FEM technology, which is suitable for aspheric elements polishing. The main attention is dedicated to the choice and to the precise adjustment of major process parameters. The possibility of usage the multi wave interferometer Luphoscan as a data source for the2D surface correction is solved too
For the purpose of fabricating off-axis aspheric optics, we propose an 8-axis-polishing machine comb...
Conventional manual polishing is the most common finishing process step in an otherwise completely a...
An ABB IRB6640 industrial robot is used as a processing platform for optical polishing. The relation...
The aim of this article is optical surfaces polishing on the 6-axis computer-controlled (C...
Spherical surfaces for precision optical instruments have long been preferred over aspheric surfaces...
Sub-aperture polishing technologies, including CCOS (Computer controlled Optical Surfacing), CCP (Co...
The objectives of this project are to develop, evaluate, and optimize novel designs for a polishing ...
A Computer Controlled Optical Surfacing (CCOS) system has been developed for correcting form errors ...
The recent upsurge in the demand for off-axis and complex "freeform" optical surfaces is driving the...
The recent upsurge in the demand for off-axis and complex “freeform ” optical surfaces is driving th...
Off-axis and “freeform ” optical surfaces are in increasing demand. Such surfaces introduce addition...
Precision optics can be accurately fabricated by computer controlled optical surfacing (CCOS) that u...
Thesis (Ph.D.)--University of Rochester. College of Engineering and Applied Science. Institute of Op...
International audienceIt is demonstrated that the removal rate in polishing optic materials decrease...
Two new technologies, for polishing and testing large optics, are presented in this dissertation. Th...
For the purpose of fabricating off-axis aspheric optics, we propose an 8-axis-polishing machine comb...
Conventional manual polishing is the most common finishing process step in an otherwise completely a...
An ABB IRB6640 industrial robot is used as a processing platform for optical polishing. The relation...
The aim of this article is optical surfaces polishing on the 6-axis computer-controlled (C...
Spherical surfaces for precision optical instruments have long been preferred over aspheric surfaces...
Sub-aperture polishing technologies, including CCOS (Computer controlled Optical Surfacing), CCP (Co...
The objectives of this project are to develop, evaluate, and optimize novel designs for a polishing ...
A Computer Controlled Optical Surfacing (CCOS) system has been developed for correcting form errors ...
The recent upsurge in the demand for off-axis and complex "freeform" optical surfaces is driving the...
The recent upsurge in the demand for off-axis and complex “freeform ” optical surfaces is driving th...
Off-axis and “freeform ” optical surfaces are in increasing demand. Such surfaces introduce addition...
Precision optics can be accurately fabricated by computer controlled optical surfacing (CCOS) that u...
Thesis (Ph.D.)--University of Rochester. College of Engineering and Applied Science. Institute of Op...
International audienceIt is demonstrated that the removal rate in polishing optic materials decrease...
Two new technologies, for polishing and testing large optics, are presented in this dissertation. Th...
For the purpose of fabricating off-axis aspheric optics, we propose an 8-axis-polishing machine comb...
Conventional manual polishing is the most common finishing process step in an otherwise completely a...
An ABB IRB6640 industrial robot is used as a processing platform for optical polishing. The relation...