Medtronic plc (MDT) Earnings Call Transcript & Summary

February 25, 2021

New York Stock Exchange US Health Care Health Care Equipment and Supplies conference_presentation 46 min

Earnings Call Speaker Segments

Joanne Wuensch

analyst
#1

Hello, everybody, thank you so much for coming to the next session. This one is with Medtronic, represented by Brett Wall. He is the Executive Vice President and President of the Neuroscience portfolio, which includes 5 operating units: Neuromodulation, Cranial & Spinal Technologies, Neurovascular, Pelvic Health, and EMT. Brett, thank you so much for joining us. Uh-oh, I don't hear you. There you go.

Brett Wall

executive
#2

What I was saying, it's a pleasure to be here. So hopefully, you can hear me now.

Joanne Wuensch

analyst
#3

Great, cool. Hello, great to hear you. Love technology, so Brett, can you tell us a little bit about yourself, your time at Medtronic and how long you've been heading up this business unit?

Brett Wall

executive
#4

Yes. It's been about 1.5 years or so. When I came through the Covidien transaction. And I was running the Neurovascular business there, which originally was ev3, which is kind of where we started this whole thing. And so I've been in this role now, when Jeff was appointed as President and then CEO, I moved into the RTV role. And then as we change the operating model structure, now we've entitled it neurosciences. And that's been the only operating systems, the new operating unit is going live as of February, and then this role has been about 1.5 years or so.

Joanne Wuensch

analyst
#5

It's funny. We covered ev3, Covidien. And now I'm talking to you at Medtronic. So it was just a matter of time before we did this call. But when you think about running all of those different businesses, it's not a small business. It's a lot. How do you think about integrating research and development, SG&A, product development, all the different pieces that make that franchise work?

Brett Wall

executive
#6

Yes. I think a couple of things. When you look at the business itself, you're right, there are 5 operating units. It's about a $9 billion piece of Medtronic's overall business. And it's all primarily related to neurosciences, but the markets are different, and the technology is different. One of the reasons we moved to this new operating structure, if I go back to what Geoff Martha was talking to me about, he said, he said, you don't remember what you didn't like about the corporation when you are running the business. So as we think about structuring or restructuring the company, think about that. And really, what we have here now are these 5 operating units that are very close to their customers, very close to the markets and understanding the markets and then very close to, frankly, the teams that are doing the work and understanding that work. And what we like to be able to create is an environment where there's freedom within a framework. And that's a lot of how we did it at Covidien, which was great. And I really like that process, where you have a few metrics you're going after. I need to generate a certain level of top-line growth. I need to hit an income number and I need to manage my cash flow, which kind of helps me understand how much capital I can invest in different areas. And if I have those metrics and understand those metrics, and I'm running a business and I'm closer to that business, then I can start making the trade-offs and decisions about where do I invest, how do I go to market, what technologies are the right technologies. And so the example I would give you in our Pelvic Health business I don't really want it to be Medtronic against maybe the one other company that's out there. I want it to be Brook Story's business where she is in Pelvic Health then and her team are out there. With this other company, with the customers in the market and making all those decisions. So we want to provide that flexibility because I actually believe that the level of real granularity on what to do and how to do it resides at that level of the organization, probably less so at the previous group level that we had there. And it was harder to make those decisions across the enterprise. And then the goal here is make those decision easier, faster and provide the levers to those operating unit President's and their teams. So they can pull them and make different decisions.

Joanne Wuensch

analyst
#7

And I hope we can probably spend a whole discussion on COVID-19, but we're not going to. But I do have to ask, how has that impacted these 5 units?

Brett Wall

executive
#8

It was really interesting because all the businesses are a little bit different. So it impacted them really in different ways. So what I guess what it was now, we really started feeling the brunt of this, probably 11 months ago, right, in the March time frame I think, it was building around the world but in the March time frame, the avalanche became pretty clear. So if I look at the different businesses. Interestingly, in stroke, what we saw, you would think stroke, very acute. Big problem, great therapies for it that there wouldn't have been an issue there. But what we saw is we saw people not going to the hospital. And so at different times, as COVID spiked, we saw maybe a 10% depression in the number of patients that were actually arriving, getting CT scans and moving through the process. One of the things we did there is we worked with our CBD unit and with the American Heart Association, and we worked with them on the Don't Die of Doubt campaign doing public service ads, just to tell people that don't be afraid of COVID-19. If you have these types of symptoms, get to a hospital and get therapy. And that was helping to some degree, but we've still been able to see that. So they had a very different reaction. Whereas if you go to spine, where there is a pretty good depression in these elective cases. And what we saw at the beginning of the pandemic, primarily where governments would do kind of large shutdowns over large geographic areas, the cases plummeted and went down. And what we made a determination to continue to invest in at that time. I mean, as you've tracked us, you've seen our earnings and the other things. But we made that very distinct determination to do that. But now in the recurrence, we had a great start to Q3 -- fiscal Q3. And then we saw in the back half of December and January, more pressure on cases as COVID came up. But it manifested itself, at least in a different way in how we experienced it. What we saw were like spot shutdowns, and then as hospitals, we're getting better at, first of all, understanding, okay, how many ICU beds do I have? Do I have enough personnel to manage the situation? They were restarting a little more quickly. And usually, it wasn't the entire geographic area. Sometimes it was different hospitals in the same city would make these changes. And so what we saw was even though we saw a spike here and we did see pressure on cases, it wasn't like in the same way that it was done before. And so the teams have responded in that way by finding different ways to engage with physicians, making certain that our teams are ready and available to be in the hospital. And then the other really interesting thing is our capital. What we saw was a really strong capital quarter in fiscal Q3. So even now during the height of this spike of what we're seeing is we had a record in spine robotics, a record quarter in spine robotics. We had a near record in our navigation system, our Stealth navigation system, StealthStation which is used in cranial, spinal, and we have another version of it for ENT procedures. We saw a near record there and then a new record in our O-arm, our visualization imaging system, a near record for that. So when we see hospitals and we talk to administration and we talk to individuals that are making these decisions, they actually want to be prepared for when the case load starts to turn. We haven't seen the full turn yet, but we do believe it's out there and then maybe sooner than we think. And so they're preparing for that. So with those capital purchases, that's usually a pretty strong indicator to us that the procedural volume follows that, and if you look at our business, it's a little more skewed to the U.S. than it is outside the U.S. just a little bit. And in our system here, there's a great need of the patients to have it and the hospitals and the physicians actually want to perform the procedures. So we think those things are going to work well for us.

Joanne Wuensch

analyst
#9

We pull apart 2 different ideas, and I'd like your opinion on them. One is what we saw last summer was a very sharp recovery, a good -- what we call a V-shape recovery. But some of the people that I'm speaking with physicians and management such as yourself, are saying we might not see as quick of a rebound because patients may wait to reenter the funnel until they're vaccinated. Do you agree with that viewpoint? Or is it similar to last summer, the window is open, I got to get it done, let's go?

Brett Wall

executive
#10

I don't think it will be quite the same V-shape recovery. I think what we're going to see, though, is a good, steady recovery as we go forward. I mean, great news, with more vaccine being able to be on the market here. I think we're going to move from -- maybe this wasn't done very well to -- as far as vaccine becomes available, more people get comfortable. But I also think what we've seen is maybe not the same depths of depression in the cases that we saw. So I think that's a different dynamic because hospitals seem to be much more equipped now from the standpoint of instead of just shutting everything down in the United States specifically. They're doing -- I think they're being more pragmatic about it, probably finding ways to restart a little bit sooner and doing those procedures. And really across the board, that's good for the hospitals because our system economically, that's good. At the same time, there's a huge amount of patients that's needed and it's there. Now in Europe, I mean, that might take a little bit longer because the system is different there. And the way things are working there is a little different, but probably won't be the same V-shape recovery, but I also don't think we have the same dramatic drop in cases. We didn't experience Niagara Falls. I mean, we experienced -- we did a year ago, but it wasn't quite that dramatic this go around.

Joanne Wuensch

analyst
#11

And one of the other things, I'm switching gears a little bit here to the capital equipment comment is. We're picking up 2 different things this quarter as we speak to management teams, 1 that's saying, hospitals had money left over at the end of their calendar year, so they were buying more capital equipment. And I'm also running into physicians who are saying to me, we're anticipating these procedures coming back. And therefore, we want to be prepared, particularly when it comes to things like robotics and navigation, which is the right answer or is it both?

Brett Wall

executive
#12

I think both. I think both because if you look at Q3 a year ago, fiscal Q3 a year ago for us was like a record quarter.

Joanne Wuensch

analyst
#13

Yes.

Brett Wall

executive
#14

Before the pandemic really took hold. So we saw ourselves reapproaching those numbers. And in one case, with robotics, spine robotics, exceeding that. And so that maps with our experience. So I think we can hold that idea and have both things be true. That at the end of a calendar year, there are the desire to maybe spend some dollars that are available to make sure that you have the capital that you need. And at the same time, these patients are still out there and still need the procedures and still need to work. And I go to spine or I go to SCS or these other patients in intractable pain who maybe have delayed the procedure they have a strong desire to get the work done and to have this work done and have -- and get relief. And so I don't think that dynamic necessarily goes away. So I see that turning now. Does the turn happen? Did it happen in January? No, of course, not. Is it a little better in February? Well, yes, maybe. But hopefully, we'll get March to be a little better than that, and April better than that. And then we see a turn out there someplace as the vaccine rate goes up and the transmission rate goes down, and we just get back on the road to -- I won't ever say normal again. I'll say some semblance of normal, but I think a better normal than where we are today.

Joanne Wuensch

analyst
#15

A new normal. So shifting gears a little bit here. At the 2020 Analyst Meeting, Medtronic unveiled the Cranial & Spinal Technologies Group. And put in there, robotics, navigation, imaging, implants, and biologics. And by my math, Medtronic has the broadest grouping of all of those products currently on the market. You want to talk a little bit about how that's an advantage to you.

Brett Wall

executive
#16

Yes. We're really creating an ecosystem there. And we've had the patients to kind of go at this really step-by-step and create all the different technologies. And really, I think in some cases, what we've seen in the Spine business, in particular, is a consolidation in some cases of that. And maybe in some cases, maybe deciding not to be in that business anymore. I think we've seen some of those areas, and we've taken a very patient approach to this. Let's -- I would say we're patient with how we really see this moving forward. And we believe that by creating this ecosystem, where we can now plan procedures with Medicrea and get very, very good results on the plan. Incorporating that with our navigated procedures, our robotic procedures which we're continuing to increase the capability of the robot with new product launches and new capabilities on the robot, which we can talk about. By having imaging there that where we can do confirmatory post-procedural imaging. And now even with Medicrea in complex procedures, we're actually making personalized rods for advanced procedures that are personalized to that patient. There is no other one like them in the world because they're exactly for you. So that's what's kind of interesting. So instead of trying to manipulate it or bend it or do kind of work during the procedure to get it right. This will be created specifically for that patient and ideally and exactly for them. And we think all of that then leads to a better system to operate in, better outcomes and actually makes the procedure frankly, you can do more, you can do more in a way that you're under a lot more control. And at the end of the day, you're going to get better results. And so that's the system that we're creating with all of that technology. And it all speaks together and works together. And then on robotics, what started out as effectively a screw trajectory system. Now what we have is, we have interbodies that we've just launched that are navigated. We have navigated Midas Rex with robotics, so now we can remove bone and do so in a very controlled way, and that's of great interest and we're going to continue to add capabilities to the robot and just get it better and better and allow it to do more things, more complex procedures, and we're just going to keep adding to that system. And by bringing this all together, we really want to create a system that physicians want to enter into and don't like leaving. It all works together, and it all works seamlessly. And I also think as we see new physicians who are training today, entering this world. What's interesting is that they grew up with all this.

Joanne Wuensch

analyst
#17

Right.

Brett Wall

executive
#18

Unlike me, there are others who had to adapt technology or adopt technology later. We have new generations coming out now that, frankly, not only did they grow up with it, they kind of expect it. And so delivering on that promise becomes more important. So I think it's the beginning 1 or 2 chapters of what's going to be an interesting book to read in the space to launch.

Joanne Wuensch

analyst
#19

And what products do you think are missing from this relatively large portfolio already?

Brett Wall

executive
#20

I think what was -- I don't think we have necessarily anything missing. We can almost play in every single aspect that we want to play in. But we've also had to make decisions. There are certain areas we're going to invest in, maybe more than others and have technology there where we haven't added a new disc for a while. That might be something eventually that we want to take a look at. But there's areas there that were very thoughtful choices though. Medtronic, we're a large company. And certainly, this business is a very large business, has a very large P&L, and there's lots of things that this business is doing. But one of the things that we always kind of say inside neuroscience as the mantra is that we can probably go after any problem we set our mind to, but we can't do every problem. So we just have to choose carefully, make those decisions. And then when you lock on to those decisions, you have to fund them and then you have to see them through to completion, that's one of the other challenges is once you decide to do something, it doesn't mean you continue to do it no matter what, there could be some dynamic that happens where you decide I'm going to change. But what you have to, I think, not have is a fear of missing out. Like I decided on this, if something else happens, you have to constantly evaluate but be very, very committed to your strategy. Many of these technologies, they don't happen in 6 months. And particularly, if we look at our PMA-level products, those are multiyear commitments. And one of the things we did when Geoff was running RTG, and I was running the brain group there, we made decisions there that when we decided to invest in one of those multiyear programs, we would always make the decisions to continue funding. No matter what happened, no matter what bad news was waiting for you that you didn't know about yet. We would make the trade-offs and the sacrifices there because it's not hard to usually start funding something in year 1. It's really hard in year 2 and year 3, with all the other things come together. And so we made those decisions, and that's really a philosophy of ours is when you start, you don't stay beholden to it no matter what. But usually, you can stick to that. You stick to it and you fund it and you continue funding it and you take it through to completion because when you get it done, you're going to have this great new product and new technology. But it requires commitment. It requires managerial courage to do it from the teams to make the trade-offs to make it happen.

Joanne Wuensch

analyst
#21

I want to spend a little bit of time on Mazor. And that acquisition and what it has brought to you? Do you specifically have an estimate of your spine robotic market share? And my second question is now what do you do with that technology? Like the robot is out of the box, now what do you do?

Brett Wall

executive
#22

Well, the first thing, we don't reveal all the market shares because if I give you that number, I think you already know how many the other guys sold. And so now you're going to do the numbers in reverse. We do have a -- not you. But -- and you could do that. That's why. No, we are outpacing the competition. We know that. We continue to do that, and we have -- we are building a large installed base there, and we're going to continue to build that. And we're not quite at we're some of the hip and knee are at installed base. But we're -- but we are building that, and we're moving in that direction. We're continuing to build that installed base. I think what the robot actually provides us is like a lot of these new technologies, when you bring out the first iteration of it, it's really hard for people to kind of see -- like a lot of the commentary we would receive is like I can do this faster without the robot. And it was -- absolutely. I know you can. But what we're actually doing here is, we want to build an initial capability, we want to learn from that, we want to add the next capability and the next capability and the next capability after that. And in this world -- this increasingly digital world, where AI plays a role or these other -- I guess I would call in decision assistance aids, started to working. They can really augment the physician in a lot of different ways. And I think it was going to be able to bring to us as we integrated in our system. It's not only augmenting the physician's hands and providing ways for the physician to do the procedure. But I think it's going to actually augment some of the decisions and how they decide to do things, and the approach they take to the procedure. How it's planned, and how it's done. Medicrea which fits into this ecosystem. The reason we acquired that was the ability to plan and get the correction that you want is really powerful. And having that type of a tool available for physicians to start utilizing to get a better correction is really, really interesting. And we had a workshop a few months ago, where we are socially distanced, we did it the right way, but we had a workshop where we had people shape rods for the correction and then we actually had -- and then we did them with the technology. And what we found is what you would expect. The -- people have been shaping rods for a while are pretty good at it. But when you use artificial intelligence, when you use the algorithms in this system and then when you custom make it, the rod is about as close to perfect as you can get. And we think that's going to have an impact over time. And that's going to create better procedures and as we integrate some of that technology with robotics and be able to do these procedures robotically which w'ere not there yet, but we're going to be able to do that. It's going to build upon that system and then what you'll see is further iterations of the robot, new platforms of the robots and these types of things. So I kind of see it working like some of our other capital businesses where we build a platform. We take it. We add to it. And then over time, we bring out a new platform. As you update the platform. And we've been doing that with StealthStation and other technologies for quite a while. And it just gets better, and you learn, and you incorporate that, and then you eventually build a new platform and you do the same thing and you keep moving.

Joanne Wuensch

analyst
#23

Do you think we're at the stage where physicians and hospitals have stopped asking, do I need a spinal robot and they're well into, do I need a second one or which one? Or like I'm trying to understand the tipping point is really where I'm heading here.

Brett Wall

executive
#24

I think we're not quite there yet. I think we're still at the point where some are deciding they need 1 or don't need one. And we do have some institutions that have said, I need a second one. We do have that. But it's not -- it's not -- we're not quite at that inflection point yet. But I do believe it's going to get there just based on the capabilities and as the robots get just frankly, able to do more things and able to do other types of procedures and other things. I mean we see this in some of our other businesses at Medtronic. As we've acquired companies that are actually doing things, helping physicians say, well, what's the next step in the procedure? Providing those types of algorithms, which just -- I mean, I can imagine if you were going to -- you were a fellow and you were now had your new job and you were somewhere else at a new hospital, it might be nice. Having just a decision assistance tool along with you just to continually provide you with another point of view. And what's powerful about those types of tools, which we haven't yet added into our world, but we're starting to see in our surgical intervention world. Having that kind of technology around is pretty interesting because I think it can actually help better procedures and it might yield better outcomes over time. So the world is heading in that direction.

Joanne Wuensch

analyst
#25

Yes. I agree with you.

Brett Wall

executive
#26

I mean, I got to talk the other day. And I think with COVID and with some of the things we've learned to do like we're doing right now, I think we probably had, in some ways, 5 years of change in 5 months. And we had -- and some of that, you are not going to put back. And so as we move forward, and we think about how technology is going to assist us and aid us and help us and sometimes even help us at a distance be better. I think we can expect all those things to continue to accelerate.

Joanne Wuensch

analyst
#27

And I want to switch gears a little bit to your bread and butter, your -- not making your bread and butter, but your background in neurovascular. And the stoke market has changed, oh, so much over the last decade plus. And Medtronic via Covidien via ev3 started with the Solitaire stent retriever, added the react catheter aspirator. And how do you think about moving into the next level of stroke? How do you think about taking those products, either making them better or adding to them?

Brett Wall

executive
#28

Yes. I think this is a great question because there's a lot of dynamics in the stroke market, and we actually do believe that as we started with stent retrievers and aspiration kind of came on and then there's a combination. Some people still start with the stent retriever, but people are moving to aspiration and have been for a while now as a first line. But then some use the products together, sometimes aspiration doesn't work, and you have to bail out with the stent retriever. And then there are stent retrievers that can go to smaller vessels that can actually help, you don't get more distal clots. So we kind of believe that there's this whole tool chest of products that you need. And so we're working really hard to make sure we have good catheters, great stent retrievers, balloon guide catheters. We just bought a trans radial company. So now instead of going through the femoral artery, we can start doing procedures through the radial artery, which is great for patients from a recovery perspective. So there's demand pull for that. But there's other things on the horizon that are kind of exciting. So I think the technology is going to continue to build and get better. But one of the partnerships we did is with a company called Viz.ai, and you are familiar with that one, I think, on what they do, but they're...

Joanne Wuensch

analyst
#29

I am, but I'd love to hear, how you plan to integrate that.

Brett Wall

executive
#30

Yes. I will show you. One of the things that happens is, I have my phone here with me. And what happens with Viz is, what's really interesting is, they have an algorithm that they put on every CT scanner. And so it's kind of with the pack system, but kind of orthogonal to it. It's along with it. So every single person that goes into a hospital that has the system that gets a head CT for whatever reason, in a few thousands of a second, it runs an algorithm to see if you have a large vessel occlusion. And so what happens is, it defines one. It automatically communicates and sends to the stroke neurologist and puts it to the top of their pile that there's a probable stroke. It also sends an alert to everyone's phone, and I don't know if you can see it here, it sends an alert to everyone's phone that's on the stroke team with the images. And what the net result of that, I can see it there that you can kind of see some of it there. So what the net result of that is, is I have physicians today that are sitting in their office, their pack system is right here, their phones over here, and they just use their phone, like all of us do. Because it's easier. And it's beautiful and it's simple, and it's easy to use. And so we're distributing this technology for them. And what it allows hospitals to do now, in some cases, they're able to treat patients an average of almost an hour more quickly. Because...

Joanne Wuensch

analyst
#31

Time is brain.

Brett Wall

executive
#32

Yes. Yes, it's not that hospitals are doing anything wrong or anything like that. But just what this does is it's a decision criteria and workflow enabler that just compresses dramatically the time between decisions and getting the patient from a scare, that's having a stroke into therapy and treatment, an intervention. And so the benefit of that is, it's very, very dramatic. So what we see is we have stroke tools that are going to continue to evolve. We have teams that we work with hospitals on how to become more efficient. We have a relationship with Viz and by getting this technology out there, hospitals really like this because it allows them to be more efficient and treat much more quickly. And then we even have a relationship on the CVG side of our business with the Reveal LINQ technology because a number of patients, many times, like one of the #1 diagnosis for probable stroke or outcomes of probable stroke, is no sign of a stroke because it's cryptogenic. And you don't know if the patient has Afib or not, and you can wear a Holter monitor around for 30 days. But the problem is, Afib symptoms can show up anytime within 3 years. And so you implant one of these little devices, and you can actually then see an underlying condition that might actually keep us from even getting there because the patient won't have a stroke because they'll go treat the underlying condition.

Joanne Wuensch

analyst
#33

Can this technology be put on a portable CT and be put into EMS units?

Brett Wall

executive
#34

I don't know if I can answer that. So I don't want to answer that. I'd have to ask Chris Mandy, who's the CEO over there, but it probably could be. Yes. I mean it's a -- it just runs an algorithm with the current CT scanner systems. So I think it could do that. But what we find is if we can get people to the hospital, you can lose a lot of time in a hospital. And it's not because anybody's doing the wrong thing. It's just hard to communicate sometimes and to get people where they need to be, and what's great about that is the stroke neurologist still does the work, still calls the stroke. But everybody on the stroke team sees it. And the interventionalist is walking down the hall and his phone lights up or her phone lights up and they look at it. They can read the scan and they say, that's probably a stroke. I'm going to head over there because I imagine I could have a patient coming in, in a few minutes, and we want to be ready to go.

Joanne Wuensch

analyst
#35

One of the things you mentioned, which is really cool. It's how different areas of Medtronic communicate with each other to take Viz.ai work with your stroke team, but also work with across the hall in CBG. And so are there other examples of that sort of cross-fertilization that comes under your umbrella?

Brett Wall

executive
#36

Yes. We've done some work on AI, like even in our neurovascular team has done some work with the peripheral vascular team with different products and technologies and helping them up. It's probably one of the hardest things. Actually, and just for clarity, Viz is not our company. They're an independent company. And then we work, I just want to make sure that was clear.

Joanne Wuensch

analyst
#37

I got that.

Brett Wall

executive
#38

But -- no, no worries. I just want to make that clear. But the opportunity is there to go do that and to solve those problems. But I think it's one of the biggest challenges for a large company is how to do that and how do you foster that. But the truth of it is, is we have these technologies that can work in lots of different places. And one of the ways we do that, probably the most clear way, if you look at our SCS and our DBS products, and our S&M products, we our DBS products like Percept PC is right here. This is a -- we can talk about this later, we can talk about DBS, if you want to talk about it. But the point is, we have core centralized electronics and centralized battery areas. And we make the best batteries in the world for this type of technology. But I don't have a separate battery plant, and Sean doesn't have a separate battery plant and someone else doesn't have a separate battery plant or a team. We have a centralized team where we can bring the best people in the world together to work on these problems. And then they create the batteries for our platforms and the systems there. And we share that technology all across implantables at Medtronic. No matter if it's for overactive bladder, if it's for DBS, if it's for the spinal cord, it's for the heart, we share that technology. And then we do the same for electronics. If we need to make stack chips and other types of electronics we do that. And so the power to that is with the structure I talked about earlier, getting the businesses to get close to their customers to effectively play relatively smaller more in the market with those customers. These are areas where we're going to play bigger. We're going to get all the efficiencies of -- and when I ran the Brain Therapies business, I had no desire to start my own battery plant or to go anywhere else. What I wanted to do is go someplace where there are experts and say, look, I'm trying to make a device that's about 18 CCs. I need this kind of longevity, this kind of battery chemistry would be great if you guys could figure how to do that. These are the problems that we're looking to solve, and they go work on it and come back to you with a pretty good set of solutions on how they wanted to do that. And I could never, as an individual business, I never could have afforded in my P&L to go do that by myself. I probably couldn't get the experts. I couldn't get the equipment. And there's just no way you can do it. So that's an example where we play large. And the great thing about that is no one cares. Like you don't feel like -- since I don't have my own battery plant and I'm running this business, I'm disadvantaged somehow. It doesn't feel that way at all. And being able to do that and then scale that and then do that in multiple different areas. That's one of the other areas that we're trying to do that, where we a technology centers where we share technology. And then we can stack that expertise there and then we go in and we grab it out. And if we utilize it. And I guess the example I would give is, if you think about all the OUs, they're trying to solve these clinical problems. So they're kind of vertically trying to solve these problems. And then we have these technology centers kind of horizontally that do all these different technologies. You go, gosh, I need a battery, I need a lead, I need an introducer set, and need some of that stuff. My engineers can design some of it but the battery and the other stuff I'm going to go get over here and we'll just incorporate it. That's how it works.

Joanne Wuensch

analyst
#39

So you led me straight to brain modulation. And I do want to talk about Percept PC. If you can hold that back up a bit, and talk about how that launch is going and how you think about introducing it? I like share in terms.

Brett Wall

executive
#40

Well, it's great because we're gaining share for like the first time in like ever since we had competition. And part of that was going back to what we talked about earlier, we made a commitment to about 4-plus years ago to do this program, and it takes time to do it. We have learned through the brain initiative and a number of other things about a decade ago, we had done research. We had been involved with federally funded research as well as university research and our own research, and we found that we could get these signals in the brain. And then the question is what do you do with that? What's the opportunity for that? Can you do something with it? And what Percept actually does is like today, when we send signals, we send a stimulation signal, we know how it works to like to disrupt whatever is happening in the brain, the basal ganglia of the brain by sending electronic signals. But we don't really know if we're sending too much of a signal, not enough of the signal. We don't really understand that because it's just a constant stimulation. So what we were able to find out is when we listen, we figured out that we could hear the certain signals in the brain that were responding to stimulation or pharmaceutical therapy or other types of things. And we also found out that sometimes patients are going out of the appropriate therapeutic window for those. You take your Levodopa, it takes a little while, then all of a sudden, it's great, but that as it winds down, maybe you're getting under, and it's -- so it's this whole thing. And then sometimes you need to stimulate more, sometimes you need to stimulate less. Sometimes, you might not need to stimulate at all. And so what we found is that we could actually hear those signals. Now here is the challenge. The signal we sent to stimulate is a 1 million times more powerful than the signal we hear. And we do it at the same time. So it's a million to 1 signal-to-noise ratio. Pretty tough. The analog is we're at the airport. There's a jet engine fully spun up to full speed. We're standing 100 meters apart. I whisper, you can hear me. That's the type of fidelity we're talking about here. And our engineers were able to figure that out and build this technology. And what's so great about it, it's so good that now that we've put this in patients because we do have approval for in the United States, and we're gaining share on new implants. We place this in patients that have 10-year old leads that are in the brain. And we're hearing the signals on the 10-year old leads. That's how precise it is and how much it can do that. On top of it, what we're going to do now is we're starting the clinical trial called ADAPT. And the ADAPT clinical trial, we're going to be experimenting and we're going to be testing really rather, different algorithms. So when we sense one thing, we switch up the algorithm, and we change the stimulation of the brain to get them back into the zone that they need to be in. And that's what this device can do, and we're way ahead, and no one else can do that. And then in a few more months, we're launching the new leads that are directional leads that the one gap in our portfolio here is directional leads. But our directional leads, I think they're going to go one better. What's going to be great about our directional leads is today, when you place leads in the brain, they twist and turn just by putting them in, and you don't really know which way they're facing. And you have to kind of play with them a little bit, make sure you're turning on one in the right direction and off one in the other direction that you don't want it to do because it can cause problems. We'll be able to take an O-arm picture and we'll register all of our segments on the lead, and then we're going to be able to put that into software, so the neurologist doesn't have to do anything extra. They can just look at the software and say, turn that on, turn this on, turn that on because it will exactly pick up and detect where it is inside the brain. And so that ecosystem, putting all of that together I think it's going to open up just an exciting new frontier in this space. And it's a great thing to be able to help patients like this and have technology that consents and help them. And one last anecdote I will give you is, sometimes it doesn't mean to be on at all. Like if we're in REM sleep, many times, you don't need to be stimulated for whatever reason. We don't understand all those -- understand why for all those areas. But that's what happens there. And so the ability to do that gives us the power to figure out what the right algorithms are, change those algorithms. And then also, there's a great benefit just because if you don't need to simulate, you're not stimulating saves battery life, which has a great side benefit for patients as well.

Joanne Wuensch

analyst
#41

Well, we are actually running out of time. And I have a whole list of questions here that go unasked, yes, to Pelvic Health, to emerging markets, you'll have to come back. But in the few remaining minutes, when you and I are sitting here talking, call it, 3 years from now, what do you think you're going to be looking back on and saying that really made a difference?

Brett Wall

executive
#42

Yes. I think what I'm excited about are a number of things across the portfolio. We talked about Percepta in the branding. I think that's going to make the difference. Our spinal cord stimulation programs today with DTM, best 12-month data available out there. But not only that is we're going to be applying for our ECAPs approval here a little bit later on. And that's also an opportunity to close the loop like we're doing here with Percept. And so being able to understand what's happening with the spinal cord and being able then to use stimulation in a very different way. And having all of that on an updated platform that we have right now. I think that's going to be a really important thing, that's going to happen for patients experiencing this kind of pain. Pelvic Health, 4.2 million patients in the United States alone that drop out of a dual pharmaceutical therapy and don't get any help. And they might be scared todo the surgery, probably. Maybe they're not aware of the surgery. But there's other targets, other places, other nerves, other areas that we can go into with smaller devices that can give you the same results that can go do things. So there's a whole massive group of patients there that could benefit from a simpler, less invasive effective therapy. Because the alternative is probably less attractive. It's adult diapers or sometimes having that social stigma and that being there but not being able to go out and do things. I think neurovascular has got room to run yet. I'm really excited about -- we haven't solved all the issues and challenges there. And I think there's going to be more opportunity for technology there, more opportunity for patient awareness across the board. And then last, but certainly, well, not quite yet last, but ENT is a great business for us. We can talk more about that next time. And we've had a great -- we've launched new capital there. So StealthStation's now in doctors' offices, nerve integrity monitoring, new system and platform there, that's really helped us during this time, kind of establish our leadership position there and maintain it. And then lastly, just this whole ecosystem within our Cranial & Spinal Technology. The advance of robots into spine, into the cranial space, utilizing this whole ecosystem and then bringing the therapies to a point where we're actually getting great results and just seeing that whole transition is going to be really exciting. And I think it will happen faster than we think. And so being part of that's is pretty thrilling.

Joanne Wuensch

analyst
#43

Right. Thank you so much for joining us today. The timing could not have been better after the earnings call, and it's just great to dig into the products and what you're doing with the franchise. So thank you.

Brett Wall

executive
#44

Well, thanks so much. It's a pleasure to be here. I always appreciate the opportunity.

Joanne Wuensch

analyst
#45

Okay. Talk to you soon. Bye-bye.

Brett Wall

executive
#46

Yes. Take care. Bye-bye.

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