Toward fully three-dimensional-printed miniaturized confocal imager

Janset Savaş; Ramin Khayatzadeh; Fehmi Çivitçi; Yiǧit Daǧhan Gökdel; Onur Ferhanoǧlu

doi:10.1117/1.OE.57.4.041402

Toward fully three-dimensional-printed miniaturized confocal imager

Janset Savaş, Ramin Khayatzadeh, Fehmi Çivitçi, Yiǧit Daǧhan Gökdel, Onur Ferhanoǧlu

Knight Cancer Institute

Research output: Contribution to journal › Article › peer-review

17 Scopus citations

Abstract

We present a disposable miniaturized confocal imager, consisting mostly of three-dimensional (3-D)-printed components. A 3-D printed laser scanner with 10×10 mm² frame size is employed for Lissajous scan, with 180 and 315 Hz frequencies in orthogonal directions corresponding to ±8 deg and ±4 deg optical scan angles, respectively. The actuation is done electromagnetically via a magnet attached to the scanner and an external coil. A miniaturized lens with 6-mm clear aperture and 10-mm focal length is 3-D printed and postprocessed to obtain desired (≤λ/5 surface roughness) performance. All components are press-fitted into a 3-D-printed housing having 17 mm width, which is comparable to many of the MEMS-based scanning imagers. Finally, line-scan from a resolution target and two-dimensional scanning in the sample location were demonstrated with the integrated device.0

Original language	English (US)
Article number	041402
Journal	Optical Engineering
Volume	57
Issue number	4
DOIs	https://doi.org/10.1117/1.OE.57.4.041402
State	Published - Apr 2018

Keywords

confocal endoscopy
imaging systems
lenses
optical fabrication
scanners

ASJC Scopus subject areas

Atomic and Molecular Physics, and Optics
General Engineering

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10.1117/1.OE.57.4.041402

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title = "Toward fully three-dimensional-printed miniaturized confocal imager",

abstract = "We present a disposable miniaturized confocal imager, consisting mostly of three-dimensional (3-D)-printed components. A 3-D printed laser scanner with 10×10 mm2 frame size is employed for Lissajous scan, with 180 and 315 Hz frequencies in orthogonal directions corresponding to ±8 deg and ±4 deg optical scan angles, respectively. The actuation is done electromagnetically via a magnet attached to the scanner and an external coil. A miniaturized lens with 6-mm clear aperture and 10-mm focal length is 3-D printed and postprocessed to obtain desired (≤λ/5 surface roughness) performance. All components are press-fitted into a 3-D-printed housing having 17 mm width, which is comparable to many of the MEMS-based scanning imagers. Finally, line-scan from a resolution target and two-dimensional scanning in the sample location were demonstrated with the integrated device.0",

keywords = "confocal endoscopy, imaging systems, lenses, optical fabrication, scanners",

author = "Janset Sava{\c s} and Ramin Khayatzadeh and Fehmi {\c C}ivit{\c c}i and G{\"o}kdel, {Yiǧit Daǧhan} and Onur Ferhanoǧlu",

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AU - Savaş, Janset

AU - Khayatzadeh, Ramin

AU - Çivitçi, Fehmi

AU - Gökdel, Yiǧit Daǧhan

AU - Ferhanoǧlu, Onur

PY - 2018/4

Y1 - 2018/4

N2 - We present a disposable miniaturized confocal imager, consisting mostly of three-dimensional (3-D)-printed components. A 3-D printed laser scanner with 10×10 mm2 frame size is employed for Lissajous scan, with 180 and 315 Hz frequencies in orthogonal directions corresponding to ±8 deg and ±4 deg optical scan angles, respectively. The actuation is done electromagnetically via a magnet attached to the scanner and an external coil. A miniaturized lens with 6-mm clear aperture and 10-mm focal length is 3-D printed and postprocessed to obtain desired (≤λ/5 surface roughness) performance. All components are press-fitted into a 3-D-printed housing having 17 mm width, which is comparable to many of the MEMS-based scanning imagers. Finally, line-scan from a resolution target and two-dimensional scanning in the sample location were demonstrated with the integrated device.0

AB - We present a disposable miniaturized confocal imager, consisting mostly of three-dimensional (3-D)-printed components. A 3-D printed laser scanner with 10×10 mm2 frame size is employed for Lissajous scan, with 180 and 315 Hz frequencies in orthogonal directions corresponding to ±8 deg and ±4 deg optical scan angles, respectively. The actuation is done electromagnetically via a magnet attached to the scanner and an external coil. A miniaturized lens with 6-mm clear aperture and 10-mm focal length is 3-D printed and postprocessed to obtain desired (≤λ/5 surface roughness) performance. All components are press-fitted into a 3-D-printed housing having 17 mm width, which is comparable to many of the MEMS-based scanning imagers. Finally, line-scan from a resolution target and two-dimensional scanning in the sample location were demonstrated with the integrated device.0

KW - confocal endoscopy

KW - imaging systems

KW - lenses

KW - optical fabrication

KW - scanners

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Toward fully three-dimensional-printed miniaturized confocal imager

Abstract

Keywords

ASJC Scopus subject areas

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