The PULZAR Z1

The PULZAR Z1 Solid State Refractive Laser

The PULZARTM Z1 system uses a patented solid-state technology, permitting surgeons to treat more patients, with greater accuracy, and also to treat patients that other technologies may be unable to treat.

  • A Solid State Laser Engine
  • 213nm Wavelength
  • 0.6mm Flying Beam Spot
  • An Intra Operative Gazetrak
  • ZCAD Surgical Planning Application
  • Fast Closed Loop Eye Tracking System
  • Registration Matched 1:1 with Corneal Position

A solid state laser engine

Eliminating the need for toxic gases.
No warm up time and no gas storage problems.
Low maintainance costs and downtime.

213nm Wavelength

Producing a clean, smooth ablated surface with minimal thermal effect and collateral damage.
No need for hydration monitoring
Reliable with uniform Gaussian beam charateristics.
Improved pulse to pulse energy Stability.
Not Strongly absorbed by surface corneal fluid.
Minimizes post-operative symptoms like corneal haze and scarring.
Closer to absorption peak of corneal collagen.

0.6mm Flying Beam Spot

A flying beam spot size of 0.6mm allows for customized ablation profiles.

A closed loop response of detect, adjust and fire greater than 1000 frames per second (1kHz) compensates for eye movement through the use of:

ZTRAK limbal tracking system elimnating the need for pupil dialation and possible decentration issue as a result
A fast pulse rate of 300-400 Hz ensuring quick treatment times.
New solid state faster crystal scan scanning technology.

An intra-operative GAZETRAK

Monitoring the Patients gaze direction during the procedure ensuring the treatment is delivered precicely when intended.
A fast pulse rate of 300-400 Hz ensuring quick treatment times.
New solid state faster crystal scan scanning technology.

ZCAD Surgical planning application generates a unique treatment plan for each eye.

ZCAD custom ablation software designs and refines a surgical plan to correct the optical systems aberrations.
The information includes pupilometry, refraction, topography and wavefront data.

Registration matched 1:1 with corneal position.

The Surgical plan is matched to the operative corneal position that ensures accurate treatment.
ZCAD standardizes all the information for use that comes from more than one source of information so it’s important to.