Dr. Roger Sur

And then once that was patented, we did a roadshow and tried to find some investors and got some initial seed funding for that. And then the company was formed.

And then once that was patented, we did a roadshow and tried to find some investors and got some initial seed funding for that. And then the company was formed.

And then once that was patented, we did a roadshow and tried to find some investors and got some initial seed funding for that. And then the company was formed.

Venture capitalist type funding is how it came from. It wasn't a government or anything. It was a venture capitalist funding. No SBIRs or anything like that? No. I did not go that route. I just went on the road trying to pitch it to investors or angel investors looking for someone that was interested. And I had some different people and finally stumbled upon someone that saw eye to eye and

Venture capitalist type funding is how it came from. It wasn't a government or anything. It was a venture capitalist funding. No SBIRs or anything like that? No. I did not go that route. I just went on the road trying to pitch it to investors or angel investors looking for someone that was interested. And I had some different people and finally stumbled upon someone that saw eye to eye and

Venture capitalist type funding is how it came from. It wasn't a government or anything. It was a venture capitalist funding. No SBIRs or anything like that? No. I did not go that route. I just went on the road trying to pitch it to investors or angel investors looking for someone that was interested. And I had some different people and finally stumbled upon someone that saw eye to eye and

they were very student actually the questions that they asked it was very impressive meeting these people they're not just business people they uh they know science so i was actually shocked by how you know how well they understood the science

they were very student actually the questions that they asked it was very impressive meeting these people they're not just business people they uh they know science so i was actually shocked by how you know how well they understood the science

they were very student actually the questions that they asked it was very impressive meeting these people they're not just business people they uh they know science so i was actually shocked by how you know how well they understood the science

Yep. Constant irrigation, constant aspiration or suction. And then if you want to turn it on to high power irrigation, you've got that spray that comes out. And then the high power suction where you really turn on the vacuum. So there's two levels to it, the aspiration and irrigation.

Yep. Constant irrigation, constant aspiration or suction. And then if you want to turn it on to high power irrigation, you've got that spray that comes out. And then the high power suction where you really turn on the vacuum. So there's two levels to it, the aspiration and irrigation.

Yep. Constant irrigation, constant aspiration or suction. And then if you want to turn it on to high power irrigation, you've got that spray that comes out. And then the high power suction where you really turn on the vacuum. So there's two levels to it, the aspiration and irrigation.

Well, the problem is the current retroscopes that are out there, the working channel is a channel that's shared for irrigation fluid coming in, the basket or the laser that you're using, some working device. And then if you want to do what you're describing, then you'd have to... temporarily stop the irrigation and then pull back, right? And you think that would work.

Well, the problem is the current retroscopes that are out there, the working channel is a channel that's shared for irrigation fluid coming in, the basket or the laser that you're using, some working device. And then if you want to do what you're describing, then you'd have to... temporarily stop the irrigation and then pull back, right? And you think that would work.

Well, the problem is the current retroscopes that are out there, the working channel is a channel that's shared for irrigation fluid coming in, the basket or the laser that you're using, some working device. And then if you want to do what you're describing, then you'd have to... temporarily stop the irrigation and then pull back, right? And you think that would work.

But two things we've learned is number one, the channel is not very big. 3.6 French is only 1.2 millimeters in diameter. So your stone bear be smaller than a millimeter, which is pretty small. And then two, kind of like a balloon or when you're emptying the bladder, you're e-licking the bladder.

But two things we've learned is number one, the channel is not very big. 3.6 French is only 1.2 millimeters in diameter. So your stone bear be smaller than a millimeter, which is pretty small. And then two, kind of like a balloon or when you're emptying the bladder, you're e-licking the bladder.

But two things we've learned is number one, the channel is not very big. 3.6 French is only 1.2 millimeters in diameter. So your stone bear be smaller than a millimeter, which is pretty small. And then two, kind of like a balloon or when you're emptying the bladder, you're e-licking the bladder.

If you don't have enough irrigation, the whole eclecticism collapses down onto the device, much like you're doing an e-lick and you have not put in enough irrigation into the bladder, right? You don't get anything back. It just collapses down onto your scope. So that's really the problem that we've discovered. Got to have a balance. Yeah.

If you don't have enough irrigation, the whole eclecticism collapses down onto the device, much like you're doing an e-lick and you have not put in enough irrigation into the bladder, right? You don't get anything back. It just collapses down onto your scope. So that's really the problem that we've discovered. Got to have a balance. Yeah.