ONE-STOP DREAM SOLUTION
Cataract
The DREAM OCT achieves the integration of optic biometry* and AS/PS-OCT imaging for the first time.
The cutting-edge DREAM Swept-Source engine could significantly improve the biometric accuracy and the PS-OCT image quality, ensuring the effect of cataract surgical treatment.
ONE-STOP DREAM SOLUTION
Cataract
The DREAM OCT achieves the integration of optic biometry* and AS/PS-OCT imaging for the first time.
The cutting-edge DREAM Swept-Source engine could significantly improve the biometric accuracy and the PS-OCT image quality, ensuring the effect of cataract surgical treatment.
Higher Success Rate of Axial Length Measurements*
The DREAM OCT could penetrate the opacity of severe cataract lens much more easily, and measure the axial length precisely based on the visualized OCT imaging from anterior segment to posterior segment along the visual axis, providing reliable data for IOL calculation before the cataract surgery.
The visualized axial length measurement could be available for such a severe cataract patient.
Higher Success Rate of Axial Length Measurements*
The DREAM OCT could penetrate the opacity of severe cataract lens much more easily, and measure the axial length precisely based on the visualized OCT imaging from anterior segment to posterior segment along the visual axis, providing reliable data for IOL calculation before the cataract surgery.
The visualized axial length measurement could be available for such a severe cataract patient.
Higher Success Rate of PS-OCT Scanning
Using the brand-new Swept-Source OCT technology, the DREAM OCT could penetrate the opacity of severe cataract lens much more easily, and provide much clearer OCT images of the fundus, so that we can easily predict the prognosis of the surgery before we make a decision.
Higher Success Rate of PS-OCT Scanning
Using the brand-new Swept-Source OCT technology, the DREAM OCT could penetrate the opacity of severe cataract lens much more easily, and provide much clearer OCT images of the fundus, so that we can easily predict the prognosis of the surgery before we make a decision.
Better Solutions for IOL Calculation* in Patients after Refractive Surgeries
The DREAM OCT could provide accurate refractive data for both anterior and posterior surfaces of the cornea. Combined with formulars of new generation, it could provide much more reliable solutions for IOL calculation in patients after refractive surgeries.
Refractive power of anterior corneal surface
Refractive power of posterior corneal surface
Better Solutions for IOL Calculation* in Patients after Refractive Surgeries
The DREAM OCT could provide accurate refractive data for both anterior and posterior surfaces of the cornea. Combined with formulars of new generation, it could provide much more reliable solutions for IOL calculation in patients after refractive surgeries.
Refractive power of anterior corneal surface
Refractive power of posterior corneal surface
Super-Depth of AS-OCT Imaging Helps Make Surgical Plans and Assess the Results
The DREAM OCT could achieve a deepest imaging depth of 16.2mm (in the air) for the high-resolution AS-OCT images, which can clearly show the corneal incision, the anterior chamber angles, the lens posterior capsule, and the anterior vitreous with only one B-scan, providing a visualized monitoring tool for perioperative management, surgical planning and effect assessment.
Pre-surgical examination: AS-OCT shows higher reflective signals of the lens cortex.
Post-surgical follow-up: AS-OCT shows mild endothelial edema at the corneal incision, closed ACA, and close attachment between the IOL and the posterior capsule.
Super-Depth of AS-OCT Imaging Helps Make Surgical Plans and Assess the Results
The DREAM OCT could achieve a deepest imaging depth of 16.2mm (in the air) for the high-resolution AS-OCT images, which can clearly show the corneal incision, the anterior chamber angles, the lens posterior capsule, and the anterior vitreous with only one B-scan, providing a visualized monitoring tool for perioperative management, surgical planning and effect assessment.
Pre-surgical examination: AS-OCT shows higher reflective signals of the lens cortex.
Post-surgical follow-up: AS-OCT shows mild endothelial edema at the corneal incision, closed ACA, and close attachment between the IOL and the posterior capsule.
* The biometry module has NOT got the FDA approval yet.