ZEISS QUATERA 700

ZEISS QUATERA 700’s proprietary ZEISS patented QUATTRO Pump synchronizes infusion and aspiration rates to ensure chamber stability, maintaining IOP with flow rates of up to 90 cc/min (vs. competition´s 50 cc/min), so you can look forward to a more relaxed procedure.^{1,2,3 ​}

In a recent clinical study, mean chamber stability scores were significantly better for ZEISS QUATERA 700 in both soft and dense cataract groups compared to competition.⁴

Posterior capsule rupture (PCR) occurs in up to 10% of cataract procedures and vitreous loss in 5%.^5,1 So it’s no wonder that the presence of non-dilating pupils, ocular comorbidities, or a fibrotic or breached capsule can impact the confidence of even the most skilled surgeon.⁵

But what if stability was certain, giving you the freedom to stay focused on surgical intricacies safe in the knowledge that your patient’s safety is diligently attended to? Introducing ZEISS QUATERA 700, featuring the proprietary ZEISS patented QUATTRO Pump. This empowering technology ensures stability irrespective of IOP and flow rate.

In a recent comparative study involving ZEISS QUATERA 700 and competitor phaco devices, PCR occurred in both the soft and dense cataract groups using competitor devices due to surge (chamber shallowing). No PCR incidents were reported with ZEISS QUATERA 700.⁴

Unlock the full potential of your OR with ZEISS QUATERA 700's one-data-access feature. Merge information from ZEISS IOLMaster and ZEISS FORUM to conduct paperless timeout checks, fostering a clutter-free environment and improving data management.⁷

Connecting ZEISS QUATERA 700 to CALLISTO eye^® consolidates the number of viewing directions for the sterile nurse, minimizing distractions and sharpening focus.⁸

ZEISS QUATERA 700´s unique features - Power on demand (POD) and Advanced power modulation (APM), both aim at reducing the effective phaco time and total phaco energy used during the surgery.⁴

In a recent study, featuring ZEISS QUATERA 700, it was observed that the use of APM, combined with relatively higher settings of vacuum, may have resulted in reduced total phaco time (TPT) due to faster and more efficient chopping and emulsification of the nucleus compared to the competition.⁴