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LENSAR Laser system

Short description

The intelligent approach to cataract surgery Read more>

Key Features

  • Quick and easy docking
  • Automated laser configuration and procedure planning
  • Thoughtful ergonomics
  • Non-applanating patient interface
  • Superior imaging
  • Precise laser placement
  • Efficient lens fragmentation
  • Up to 100% reduction in phaco energy
  • Decreased endothelial cell loss

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System Location Operating room or laser suite
Indications for use Capsulotomy
Arcuate Limbal relaxing incisions/ Astigmatic Keratotomy incisions
Clear corneal incisions/ Paracentesis incisions
Patient docking 2 Piece fluid filled docking device with controlled force docking system
Scanning technology 3D Confocal Structured illumination with automatic biometry, ocular surface identification - capsulorhexis placement and lens tilt measurement, image processing, and wave tracing 3D reconstruction.
Laser technology Femtosecond
System foot print X axis | 80.8 ± 10 cm
Y axis | 151.9 ± 197.6 cm
Z axis | 144.7 ± 165 cm
Weight 645 kgs
System mobility Yes - two separate mechanisms.
1 - Unit on wheels with motorized movement by joystick control
2 - Laser platform movement by software and joystick control
Electrical 208-240VAC, 10A
Potentiometer lighting control (ability to darken the treatment room)
Environmental control Humidity: 35% - 70% range, non-condensing
Temperature: 65-86˚F/ 18-27˚C range, above dew point.
Note: It is recommended that the room temperature be maintained around 71˚F/ 21˚C during surgery because of the thermal output of laser.
Environmental control box (Thermostat) is in room with available access



The LENSAR™ Laser System is the only femtosecond cataract laser built specifically for refractive cataract surgery. Because it was designed from the ground up, every aspect of the laser has been purposefully designed to meet the needs of cataract surgeons.

Think Efficiency: Automated features and thoughtful ergonomics allow for seamless integration without added time, for maximum surgical efficiency.

Think Patient Safety: Superior imaging using Augmented Reality™ provides a precise 3-D reconstruction of the relevant anterior segment, allowing for exact laser delivery and the surgical confidence for accurate corneal incisions, free-floating capsulotomies, and efficient lens fragmentation for all grades.

Think Energy Reduction: By combining superior imaging of the anterior segment, precise laser placement, and efficient lenticular fragmentation, the LENSAR Laser allows for a reduction in phaco time and up to 100% reduction in phaco energy.




For testimonials, please click here.