• Skip to primary navigation
  • Skip to main content
  • Skip to primary sidebar
  • Skip to footer
Laser CryLink

Laser CryLink

Linking Value

MENUMENU
  • Products
    • Laser Crystal

      • Ti:Sapphire
      • Er:YAG
      • Yb:YAG
      • Nd:YAG
      • Ho:YAG
      • Tm:YAG
      • Cr,Er:YAG
      • Cr,Tm,Ho:YAG
      • Yb:CALGO
      • Yb:CaF2
      • Nd:YVO4
      • Cr:ZnSe
      • Er,Cr:YSGG
      • Er:YSGG
      • Nd:KGW
      • Yb:KGW
      • Nd:GGG
      • Yb:GGG
      • Er:GGG
      • Nd:GdVO4
      • Tm:YLF
      • Er:YLF
      • Pr:YLF
      • Ho:YLF
      • Yb:YLF
      • Nd:YLF
      • Er:YAP
      • Nd:YAP
      • Tm:YAP
      • Yb:YAP
      • Er,Yb:YAB
      • Cr:Al2O3
      • Cr:BeAlO2

      Laser Glass

      • Er,Yb:Glass
      • Er,Cr,Yb:Glass
      • N31 Nd:Glass
      • N41 Nd:Glass
      • N51 Nd:Glass
      • NAP Nd:Glass
      • NF Nd:Glass
      • NSG2 Nd:Glass
      • SFG10 Filter Glass
    • Q-Switch Crystal

      • Passive Q-Switch
      • Co:Spinel
      • V:YAG
      • Cr:YAG
      • Cr:YSO
      • Cr:GSGG
      • Acousto-optic Q-Switch
      • TeO2
      • Electro-optical Q-Switch
      • LiNbO3
      • LiTaO3
      • LGS
      • KTP
      • RTP
    • Nonlinear Crystal

      • BBO
      • ZGP
      • YCOB
      • MgO:LiNbO3
      • LBO
      • BIBO
      • CLBO
      • KNbO3
      • CdSe
      • KTP
      • Faraday Crystal
      • TGG
      • TSAG
      • CeF3
      • Faraday Rotator Glass
    • Er Glass Laser

      Faraday Isolator

      Pockels Cells

      Scanning Mirror

      Microchip Laser
      266nm
      355nm
      532nm
      1064nm

  • Applications
    • Material Processing

      • 266nm laser
      • 355nm laser
      • 532nm laser
      • 800nm laser
      • 1030nm laser
      • 1060nm laser
      • 1064nm laser
    • Optical Communication

      • 457nm laser
      • 532nm laser
      • 1600nm laser
      • Er glass fiber amplifier
    • Radar and Ranging

      • 1064nm/532nm/355nm laser
      • 1535nm laser
      • 2000nm laser
    • Medical Applications

      • 532nm laser
      • 1300nm laser
      • 1500nm laser
      • 1064nm laser
      • 1064/532nm laser
      • 2000nm laser(Tm:YAG)
      • 2000nm laser(Tm:YLF)
      • 2100nm laser(Ho:YAG)
      • 2100nm laser(Cr,Tm,Ho:YAG)
      • 2790nm laser
      • 2940nm laser
  • Support
    • Service

      Free Test Sample

      Inquiry

      Customized Crystal

      Delivery Time

      Return And Exchange

    • Support

      Sales Support

      Privacy Policy

    • Cooperation

      Distributor

  • Company
    • Culture

      Team

      Ecosphere

      Certificate

    • Hardware

      Production

      Quality test

    • Others

      Products we have supplied

      News

  • Contact
  • Samples & Inquiry

Er:YAG Application In The Operation

August 9, 2018 By Amy Leave a Comment

Unlike Nd:YAG lasers, the output of an Er:YAG laser is strongly absorbed by water. This fact limits the use of this laser in surgery , and in many other laser applications where water is present. Er:YAG lasers are also safer for the removal of warts than are carbon dioxide lasers – because human papillomavirus (HPV) DNA is not found in the laser plume. Er:YAG lasers can be used in laser aided cataract surgery but owing to its water absorbable nature Nd:YAG is preferred more. However, this resurfacing is associated with an extended reepithelialization period and, in some cases, prolonged erythema that may persist for several months. Of greater concern is the potential for delayed permanent hypopigmentation seen in as many as 20% of patients when multiple-pass carbon dioxide resurfacing is performed. Because of these advantages, many thought the short-pulsed Er:YAG laser would supersede the carbon dioxide laser as a superlative ablative modality. However, initial enthusiasm for the short-pulsed Er:YAG laser was tempered by poor intraoperative hemostasis and less impressive clinical improvement (reduced tissue tightening) when compared to traditional high-energy pulsed or scanned carbon dioxide laser resurfacing. Treatment with the short-pulsed Er:YAG laser is particularly well suited for patients with darker skin phototypes. Several studies have documented a lower risk of pigmentary alterations as compared to carbon dioxide laser resurfacing. Although studies suggest modulated Er:YAG lasers are associated with a lower risk of pigmentary alterations than carbon dioxide laser resurfacing, long-term data regarding the risks of delayed hypopigmentation are not yet available.
Er YAG laser crystal
Er YAG laser crystal
Er YAG laser crystal

Filed Under: Laser News

Reader Interactions

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

Primary Sidebar

Footer

Contact Us Today

Mail: [email protected]
Phone:
+86 18221266175
              +86 025-68790685
1) Ask for a test sample
2) Request for quote
3) Customize my own product

Get Connected with us

Products

Laser Crystal
Nonlinear Crystal
Q-Switch Crystal
Laser Glass
Er Glass Laser
Faraday Isolator

Youtube
Pinterest
Tumblr
Linkedin-in

About Us

Team
History
Factory
Ecosphere

Support

Sales Support
Privacy Policy

  • Home
  • Products
  • News
  • Application
  • Laser
  • Contact Us
© 1989-2020 Crylink INC All rights reserved.