Oertli phaco competence

Phaco surgery reconsidered

Driven by PACS (Phaco Assisted Cataract Surgery) and built on easyPhaco technology, OS 4 Up further elevates Oertli’s phaco competence.

Phacoemulsification

Driven by PACS, built on easyPhaco technology

Chamber stability
- Fluidics based on physics is the principle behind our technology​
- Irrigation capacity is significantly higher than aspiration

Result: stable anterior chamber​4

Magnet-like attraction
- High vacuum and irrigation create a direct flow to the tip opening​
- No chasing fragments as material moves toward the tip

Result: fragments come to your tip​*

Occlusion is our friend
- Irrigation controls stability after occlusion break​
- Angled tip opening firmly holds fragments​
- Strong holdability and steady occlusion

Result: occlusion provides control​

PACS – Phaco Assisted Cataract Surgery
- Contributes to a precise, controlled and efficient performance under occlusion​
- Adaptive phaco delivery keeps longitudinal tip movement consistent regardless of nucleus hardness​
- Detects when dense material restricts the tip and instantly adjusts energy delivery​
- Unlocks finely dosed energy in newly accessible low-power ranges

Result: with PACS you achieve confident phaco performance under calm conditions​

U/S energy absorbed by the fragments​
- Ultrasound is longitudinally directed into occluded fragment​
- Capillary aspiration path and high vacuum settings provide continuous aspiration after occlusion break

Result: a symphony of PACS and modern fluidics

EasyPhaco graphic showing strong vacuum, limited aspiration and high irrigation at the phaco tip
EasyPhaco graphic showing strong vacuum and high irrigation creating magnet-like attraction of fragments at the phaco tip
EasyPhaco graphic showing strong vacuum and occlusion at the phaco tip with the message that occlusion is our friend
Graphic illustrating easyPhaco with strong vacuum, showing full movement with PACS compared to restricted movement without PACS
EasyPhaco graphic showing strong vacuum, fine emulsification and aspiration, with ultrasound energy absorbed by the fragment at the phaco tip