Shivani Majmudar
Briana ClarkHost
We're talking today because of the recent announcement your company made that you guys have performed over 25 fully robotic cataract surgeries.

What is the core technology that allows you guys to be able to perform surgery like this in a fully robotic cataract surgery? What makes it possible?
We developed and built the Jasper platform from the ground up to cater for eye surgery.
Chiroact is our first indication.
And as you mentioned, this year we did history for the first time.
the
tremendous achievement that it was done by just common practice as part of the clinical workflow meaning patients were either communicating just with you know numbing eyebrows or they had my sedation this is how character is being performed all around the world so this is a huge achievement the really the essence of our technology is the ability to harness the latest advancements that we had in the last years in computing power and micro mechanics optics and 3D image guidance.
And that's really what gives us the ability to operate in such a small organ, which is just one inch from the back to the front of the eye.
So this is a very unique robotic platform for a very unique and small organ when you compare it to other subspecialties.

We're talking today because of the recent announcement your company made that you guys have performed over 25 fully robotic cataract surgeries.

What is the core technology that allows you guys to be able to perform surgery like this in a fully robotic cataract surgery? What makes it possible?
We developed and built the Jasper platform from the ground up to cater for eye surgery.
Chiroact is our first indication.
And as you mentioned, this year we did history for the first time.
the
tremendous achievement that it was done by just common practice as part of the clinical workflow meaning patients were either communicating just with you know numbing eyebrows or they had my sedation this is how character is being performed all around the world so this is a huge achievement the really the essence of our technology is the ability to harness the latest advancements that we had in the last years in computing power and micro mechanics optics and 3D image guidance.
And that's really what gives us the ability to operate in such a small organ, which is just one inch from the back to the front of the eye.
So this is a very unique robotic platform for a very unique and small organ when you compare it to other subspecialties.
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