**3.3 Catalys**

The docking system, called "Liquid Optics®," includes two parts: one is fitted to the patient by suction and the second couples to the first cone to the console of the Catalys optics system. The suction ring, which is filled with a balanced saline solution (BSS), requires a vacuum that does not exceed 15 mm Hg. The OCT images are guided through a continuous optical system. The system software identifies the ocular surfaces, reconstructs areas to be excluded from laser treatment and customizes the treatment according to the observed structures.

The patterns of lens fragmentation are wide and allow control of grid spacing (from 100 to 2000 μm) (**Figures 6**–**9**).

**Figure 5.** *LensAR lens fragmentation patterns.*

**23**

**Figure 9.**

*Laser treatment with CATALYS.*

**Figure 7.**

**Figure 8.**

*Per-operative CATALYS visualization.*

*Liquid optics® Interface.*

*Femto Laser-Assisted Cataract Surgery*

*DOI: http://dx.doi.org/10.5772/intechopen.88821*

**Figure 6.** *Catalys device.*

**Figure 7.** *Liquid optics® Interface.*

*Eyesight and Imaging - Advances and New Perspectives*

izes the treatment according to the observed structures.

(from 100 to 2000 μm) (**Figures 6**–**9**).

The docking system, called "Liquid Optics®," includes two parts: one is fitted to the patient by suction and the second couples to the first cone to the console of the Catalys optics system. The suction ring, which is filled with a balanced saline solution (BSS), requires a vacuum that does not exceed 15 mm Hg. The OCT images are guided through a continuous optical system. The system software identifies the ocular surfaces, reconstructs areas to be excluded from laser treatment and custom-

The patterns of lens fragmentation are wide and allow control of grid spacing

**3.3 Catalys**

**22**

**Figure 6.** *Catalys device.*

**Figure 5.**

*LensAR lens fragmentation patterns.*

**Figure 8.** *Per-operative CATALYS visualization.*

**Figure 9.** *Laser treatment with CATALYS.*
