ORK-CAM Module

The ORK-CAM is a unique intelligent planning tool for refractive laser corrections. Whether "Aberration-Free" or "Customized" treatments based on Corneal or Ocular Wavefront data, aspheric ablation profiles are used.

  • "Aberration-Free" Treatment: Only defocus and astigmatism defects are corrected. Patients retain their habitual visual impression. This method is suited for patients whose vision is not impaired by existing high-order aberrations.
  • "Customized" Treatment: Corneal and ocular wavefront data  taken from high-resolution diagnostic systems from SCHWIND are directly included into planning. Ablation volume and depth can be optimized with the help of the "minimize" function in order to preserve as much tissue as possible and to shorten the ablation time.  
  • Broad treatment range: In addition to PRK, LASEK, LASIK und Femto-LASIK,  ORK-CAM incorporates the innovative TransPRK function, enabling the automatic removal of the epithelium during surface treatments in accurate and precise way
  • Intelligent dynamic  transition zone: For each treatment, the ORK-CAM calculates the size of the optimal transition  zone, dependig on the refraction, treatment method, and optical zone. This shortens the planning process and provides for the smallest possible tissue ablation.
  • TransPRK: The TransPRK function allows  "no-touch" surface treatments - the highly precise and easy removal of the epithelium and refractive laser treatment in one step. The ablation volume of the epithelium is automatically considered in the the refractive ablation profile.

+++ SCHWIND AMARIS now offers six-dimensional eye tracking +++ New PresbyMAX software module delivers aspheric, multifocal ablation profiles +++  SCHWIND SIRIUS integrates Scheimpflug imaging and Placido topography+++

 

 

Current Issue :

"No-Touch“ Surface Treatment with SCHWIND AMARIS: TransPRK allows highly precise and easy removal of the epithelium and refractive laser treatment in one step

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Innovation:

With the unique Intelligent Thermal Effect Control (ITEC) of the SCHWIND AMARIS, the patient’s cornea is warmed less than four degrees during the laser treatment.

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News:

With the new SCHWIND Artificial Chamber, the highly precise Carriazo-Pendular microkeratome can now be used for an exact, reliable and easy preparation of the donor cornea in all methods of lamellar keratoplasty.

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