U.S. patents available from 1976 to present.
U.S. patent applications available from 2005 to present.

Laser surgical method

Patent 5267856 Issued on December 7, 1993. Estimated Expiration Date: Icon_subject September 20, 2011. Estimated Expiration Date is calculated based on simple USPTO term provisions. It does not account for terminal disclaimers, term adjustments, failure to pay maintenance fees, or other factors which might affect the term of a patent.

Patent References

3769963

3821510

3910276

Method for removing incipient carious lesions and/or stain from teeth
Patent #: 4521194
Issued on: 06/04/1985
Inventor: Myers ,   et al.

Far ultraviolet surgical and dental procedures
Patent #: 4784135
Issued on: 11/15/1988
Inventor: Blum ,   et al.

Method for removing decay from teeth
Patent #: 4818230
Issued on: 04/04/1989
Inventor: Myers ,   et al.

Medical laser handpiece
Patent #: 4826431
Issued on: 05/02/1989
Inventor: Fujimura ,   et al.

Dental laser method
Patent #: 4940411
Issued on: 07/10/1990
Inventor: Vassiliadis, et al.

Method and apparatus for improved laser surgery Patent #: 5092864
Issued on: 03/03/1992
Inventor: Hayes, et al.

Inventors

Assignee

Application

No. 763350 filed on 09/20/1991

US Classes:

433/29, Having means to emit radiation or facilitate viewing of the work433/215, METHOD OR MATERIAL FOR TESTING, TREATING, RESTORING, OR REMOVING NATURAL TEETH606/10Systems

Examiners

Primary: Wilson, John J.

Attorney, Agent or Firm

Foreign Patent References

  • 9011728 WO 10/12/1990

International Class

A61C 001/00

Abstract

A method of ablating or cutting a selected area of a material with a laser, wherein a substance such as water that absorbs the laser radiation is applied to the area in an amount to allow the substance to be absorbed into pores, cracks and other holes in the substance but without pooling on the surface of the material. Application of the substance is done immediately before or during each laser pulse.

Other References

  • CA-Holloway and Swartz, Jr., The Interaction of Water Vapor with Erbium and Erbium Dideuteride Films, Applied Spectroscopy 31(2):167-168 (1977)
  • CB-Wolbarsht, Laser Surgery:CO2 or HF, IEEE J. Quantum Electronics QE-2-(12):1427-1432 (1984)
  • CC-Nelson, Yow, Liaw, Macleay, Zavar, Orenstein, Wright, Andrews, and Berns, Ablation of Bone and Methacrylate by a Prototype Mid-Infrared Erbium:YAG Lasr, Lasers in Surgery and Medicine 8:494-500 (1988)
  • CD-Hibst and Keller, Experimental Studies of the Application of the Er:YAG Laser on Dental Hard Substances: I. Measurement of the Ablation Rate and II. Light Microscopic and SEM Investigations, Lasers in Surgery and Medicine 9:338-351 (1989)
  • CE-McKenzie, An Extension of the Three-zone Model to Predict Depth of Tissue Damage beneath ER:YAG and HO:YAG Laser Excisions, Phys. Med. Biol. 34(1):107-114 (1989)
  • CF-Nelson, Orenstein, Liaw, and Berns, Mid-Infrared Erbium:YAG Laser Ablation of Bone: The Effect of Laser Osteotomy on Bone Healing, Lasers in Surgery and Medicine 9:362-374 (1989)
  • CG-Walsh, Jr. and Deutsch, Er:YAG Laser Ablation of Tissue: Measurement of Ablation Rates, Lasers in Surgery and Medicine 9:327-337 (1989)
  • CH-Breguet and Luthy, Transmission of Water under Erbium Laser Irradiation, IEE J. Quantum Electronics 26(2): 207-209 (1990)
  • CI-Gonzalez, Van De Merwe, Smith and Reinisch, Comparison of the Erbium-Yttrium Aluminum Garnet and Carbon Dioxide Lasers for In Vitro Bone and Cartilage Ablation, Laryngoscope 100:14-17 (1990)
  • CJ-Hoke, Burkes, Gomes, and Wolbarsht, Erbium:YAG (2.94 um) Laser Effects on Dental Tissues, J. Laser Applications Summer/Fall 199
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