Scanning electron microscopy and ablation rates of hard dental tissue using 350-fs and 1-ns laser pulses

Joseph Neev; Daniel S. Huynh; Claudiu C. Dan; Joel M D D S White; Luiz B. Da Silva; Michael D. Feit; Dennis L Matthews; Michael D. Perry; Alexander M. Rubenchik; Brent C. Stuart

Scanning electron microscopy and ablation rates of hard dental tissue using 350-fs and 1-ns laser pulses

Joseph Neev, Daniel S. Huynh, Claudiu C. Dan, Joel M D D S White, Luiz B. Da Silva, Michael D. Feit, Dennis L Matthews, Michael D. Perry, Alexander M. Rubenchik, Brent C. Stuart

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

17 Scopus citations

Abstract

Lasers are currently limited in their ability to remove hard tissue. Furthermore, many laser systems, such as the long pulse infrared lasers used to ablate bone or hard dental tissue, also generate unacceptable heat levels and cause collateral tissue damage. Ultrashort pulse lasers, however, are highly efficient, quiet, and relatively free of charge. With recent developments now allowing operation at high pulse repetition rates, ultrashort pulse systems can yield significant material volume removal which can potentially match or even exceed conventional technology while still maintaining the minimal collateral damage characteristics. In this paper, the interaction characteristics of two pulse regimes with enamel and dentin: 350 fs pulse ablation of hard dental tissues is compared to the interaction with one nanosecond pulses. Ablation rates were characterized and surface morphology, and structure were evaluated using a scanning electron microscope.

Original language	English (US)
Title of host publication	Proceedings of SPIE - The International Society for Optical Engineering
Editors	Harvey A. Wigdor, John D. Featherstone, Joel M. White, Joseph Neev
Pages	250-261
Number of pages	12
Volume	2672
State	Published - 1996
Externally published	Yes
Event	Lasers in Dentistry II - San Jose, CA, USA Duration: Jan 28 1996 → Jan 29 1996

Other

Other	Lasers in Dentistry II
City	San Jose, CA, USA
Period	1/28/96 → 1/29/96

ASJC Scopus subject areas

Electrical and Electronic Engineering
Condensed Matter Physics

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Neev, J., Huynh, D. S., Dan, C. C., White, J. M. D. D. S., Da Silva, L. B., Feit, M. D., Matthews, D. L., Perry, M. D., Rubenchik, A. M., & Stuart, B. C. (1996). Scanning electron microscopy and ablation rates of hard dental tissue using 350-fs and 1-ns laser pulses. In H. A. Wigdor, J. D. Featherstone, J. M. White, & J. Neev (Eds.), Proceedings of SPIE - The International Society for Optical Engineering (Vol. 2672, pp. 250-261)

Scanning electron microscopy and ablation rates of hard dental tissue using 350-fs and 1-ns laser pulses. / Neev, Joseph; Huynh, Daniel S.; Dan, Claudiu C.; White, Joel M D D S; Da Silva, Luiz B.; Feit, Michael D.; Matthews, Dennis L; Perry, Michael D.; Rubenchik, Alexander M.; Stuart, Brent C.

Proceedings of SPIE - The International Society for Optical Engineering. ed. / Harvey A. Wigdor; John D. Featherstone; Joel M. White; Joseph Neev. Vol. 2672 1996. p. 250-261.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Neev, J, Huynh, DS, Dan, CC, White, JMDDS, Da Silva, LB, Feit, MD, Matthews, DL, Perry, MD, Rubenchik, AM & Stuart, BC 1996, Scanning electron microscopy and ablation rates of hard dental tissue using 350-fs and 1-ns laser pulses. in HA Wigdor, JD Featherstone, JM White & J Neev (eds), Proceedings of SPIE - The International Society for Optical Engineering. vol. 2672, pp. 250-261, Lasers in Dentistry II, San Jose, CA, USA, 1/28/96.

Neev, Joseph ; Huynh, Daniel S. ; Dan, Claudiu C. ; White, Joel M D D S ; Da Silva, Luiz B. ; Feit, Michael D. ; Matthews, Dennis L ; Perry, Michael D. ; Rubenchik, Alexander M. ; Stuart, Brent C. / Scanning electron microscopy and ablation rates of hard dental tissue using 350-fs and 1-ns laser pulses. Proceedings of SPIE - The International Society for Optical Engineering. editor / Harvey A. Wigdor ; John D. Featherstone ; Joel M. White ; Joseph Neev. Vol. 2672 1996. pp. 250-261

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abstract = "Lasers are currently limited in their ability to remove hard tissue. Furthermore, many laser systems, such as the long pulse infrared lasers used to ablate bone or hard dental tissue, also generate unacceptable heat levels and cause collateral tissue damage. Ultrashort pulse lasers, however, are highly efficient, quiet, and relatively free of charge. With recent developments now allowing operation at high pulse repetition rates, ultrashort pulse systems can yield significant material volume removal which can potentially match or even exceed conventional technology while still maintaining the minimal collateral damage characteristics. In this paper, the interaction characteristics of two pulse regimes with enamel and dentin: 350 fs pulse ablation of hard dental tissues is compared to the interaction with one nanosecond pulses. Ablation rates were characterized and surface morphology, and structure were evaluated using a scanning electron microscope.",

author = "Joseph Neev and Huynh, {Daniel S.} and Dan, {Claudiu C.} and White, {Joel M D D S} and {Da Silva}, {Luiz B.} and Feit, {Michael D.} and Matthews, {Dennis L} and Perry, {Michael D.} and Rubenchik, {Alexander M.} and Stuart, {Brent C.}",

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AB - Lasers are currently limited in their ability to remove hard tissue. Furthermore, many laser systems, such as the long pulse infrared lasers used to ablate bone or hard dental tissue, also generate unacceptable heat levels and cause collateral tissue damage. Ultrashort pulse lasers, however, are highly efficient, quiet, and relatively free of charge. With recent developments now allowing operation at high pulse repetition rates, ultrashort pulse systems can yield significant material volume removal which can potentially match or even exceed conventional technology while still maintaining the minimal collateral damage characteristics. In this paper, the interaction characteristics of two pulse regimes with enamel and dentin: 350 fs pulse ablation of hard dental tissues is compared to the interaction with one nanosecond pulses. Ablation rates were characterized and surface morphology, and structure were evaluated using a scanning electron microscope.

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