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LENSAR® LASER SYSTEM

Whether in nature or in the OR, adaptivity provides a competitive edge. That’s exactly what you’ll get with the LENSAR® Laser System, the only cataract platform that adapts to you and your patients to guide superior clinical outcomes, promote faster visual recovery, and build confidence, without added procedure time.

Whether in nature or in the OR, adaptivity provides a competitive edge. That’s exactly what you’ll get with the LENSAR® Laser System, the only cataract platform that adapts to you and your patients to guide superior clinical outcomes, promote faster visual recovery, and build confidence, without added procedure time.

ADVANTAGES OF THE LENSAR SYSTEM

Augmented Reality™ imaging for outcome optimization

Proprietary Augmented Reality imaging is the foundation of the LENSAR Laser System, guiding unmatched laser precision and adaptivity to facilitate optimization of refractive outcomes.

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Unsurpassed precision for superior astigmatism management

LENSAR facilitates superior and predictable astigmatism management with unsurpassed precision

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Cataract Density Imaging for faster visual recovery

Proprietary Cataract Density Imaging enables adaptive fragmentation patterns that optimize phacoemulsification energy to facilitate faster visual recovery.

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Accuracy and predictability for increased confidence

The LENSAR Laser is uniquely equipped to guide accuracy and predictability by adapting to every IOL, while reducing the potential for laser complications to increase surgeon confidence and conversions.

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Workflow efficiencies for seamless integration

The adaptive design of the LENSAR Laser System and range of automated features allow for seamless integration into existing surgical workflows without increasing procedure time.

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Augmented Reality imaging for outcome optimization

Proprietary Augmented Reality™ imaging is the foundation of the LENSAR Laser System, guiding unmatched laser precision and adaptivity to facilitate optimization of refractive outcomes.

  • Rotating camera captures images of 2 different angles at up to 8 different positions around the optical axis
  • Combines Scheimpflug imaging, ray tracing, and 3-D confocal structured illumination to construct a 3-D model of the anterior segment including the cornea, iris, and lens
  • Auto-surface detection identifies the anterior and posterior surfaces of both the cornea and lens capsule
  • Powers proprietary Cataract Density Imaging by providing clear visualization of the location and density of the nucleus and the boundaries between endonucleus, epinucleus, and cortex, for all densities of nuclei
  • Detects and adapts for lens tilt to facilitate precise capsulorhexis creation, which contributes to predictable and optimized effective lens positioning, and reduce laser application in the lens cortex, reducing the need for hydrodissection
  • Lens tilt detection allows for adaptive capsulorhexis centration over the Anatomical Lenticular Axis™ or Pupillary Axis, complete capsulorhexis creation, and preservation of the posterior capsule

RESOURCES:

LENSAR Brochure >
LENSAR Overview White Paper >

Unsurpassed precision for superior astigmatism management

LENSAR facilitates superior and predictable astigmatism management with unsurpassed precision via:

  • Wireless integration of preoperative diagnostic data
  • Iris registration
  • Proprietary IntelliAxis Refractive Capsulorhexis®
  • Adaptive incision parameters based on the surgeon-preferred nomogram and surgically induced astigmatism
LEARN MORE ABOUT MANAGING ASTIGMATISM

RESOURCES:

LENSAR with Streamline Astigmatism Management White Paper >
IntelliAxis Brochure >

Cataract Density Imaging for faster visual recovery

The precision and detail of Augmented Reality imaging gives way to proprietary Cataract Density Imaging, which enables adaptive fragmentation patterns that optimize phacoemulsification energy to facilitate faster visual recovery.

  • Grades each cataract by density from I–V and identifies the layers of the cataract and location of the nucleus
  • Adapts the fragmentation pattern to reduce phaco energy and the potential for inflammation and endothelial cell loss, promoting faster visual recovery and clean postoperative maculas

RESOURCES:

The Impact of CDI + AR To Lower Phaco Energy >

Accuracy and predictability for increased confidence

The LENSAR Laser is uniquely equipped to guide accuracy and predictability by adapting to every IOL, while reducing the potential for laser complications to increase surgeon confidence and conversions.

  • Lens tilt detection, made possible by Augmented Reality imaging, facilitates precise and adaptive capsulorhexis creation, promoting optimal and predictable effective lens positioning (ELP) for improved refractive outcomes
  • Cataract Density Imaging facilitates faster visual recovery and clear post-op macula, which are critical to optimizing outcomes for all advanced technology IOLs
  • Wireless integration of pre-op diagnostic data, iris registration, and IntelliAxis Refractive Capsulorhexis® combine to guide toric IOL alignment with unsurpassed precision
  • Adaptive arcuate incision planning and automated surgeon-specific nomograms help reduce residual astigmatism in combination with any IOL
  • Augmented Reality with lens tilt detection minimizes the potential for laser complications

RESOURCES:

Increasing FLACS Conversion Rates Case Study >
Effectiveness of Treating Low Levels of Astigmatism Newsletter >

Workflow efficiencies for seamless integration

The adaptive design of the LENSAR Laser System and range of automated features allow for seamless integration into existing surgical workflows without increasing procedure time.

  • Wireless transfer of pre-op diagnostic data saves time and eliminates potential transcription errors
  • Small laser footprint and no-fixed bed design improves patient flow and staff utilization
  • Deployable laser head can be moved into operative docking position for treatment and retracted post-treatment to allow for integration of the microscope and other surgical equipment necessary to complete the procedure
  • Intuitive graphic interface, 2 operator monitors, and 1 surgeon monitor allow for simple navigation and control of treatment parameters in any laser orientation
  • Automated iris registration, fragmentation patterns, and arcuate incision surgeon tables reduce overall procedure time
  • Customized fragmentation patterns based on Cataract Density Imaging reduce phacoemulsification time
  • Precision of IntelliAxis Refractive Capsulorhexis® leads to fewer enhancements, saving time postoperatively

RESOURCES:

Increasing FLACS Conversion Rates Case Study >
LENSAR Overview White Paper >