Joseph Krause
speaker
1,040 appearances
1 recordings
1 series
first heard Jun 2026
last heard 17 Jun
Joseph Krause’s voice in public audio — every appearance, attributed to the second.
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recordings per month · last 12 monthsRecordings per month over the last 12 months — 1 in all, peaking in Jun 2026 with 1.
Appearances
And this is where you start to bring in all these different vectors from vision, different sensors in the lab, sensors on the tooling themselves, to kind of build this, what we call an operating system that runs the self-driving lab.
And then the third part is automation.
And automation includes what I like to say, the connection of the lab.
So I have one tool that's automated.
I have another tool that's automated.
You have this operating system that's running them individually.
The robots are how you connect that.
The same way a human scientist would come in, look at the results, take the sample out and go to the next one.
Our robots do that today.
And so those are the three parts that we really see kind of make up this self-driving lab.
And I'd say each of them has their own difficulties.
We can walk through them.
Some being, like I mentioned, the tool provider, some being no actuators, some being like, it's just really hard to load and unload XRD.
You have to put it in a hard sample mount and it's weird and it's awkward geometry and you need a custom gripper and just what it is.
But that's all of that kind of forms into what a self-driving lab becomes.
We're very good at that for alloys today because the tools in our lab are built for alloys.
Some tools share, XRD, XRF, SEM, even tensile testing, although mostly used in the structural metal space, can be used elsewhere.
But I would say like our oxidation chamber, that's very suited for the specific customer application we're going after.
I would say our synthesis mechanism is directly for alloys.
I mean, we custom build a tool with a third party to do alloy synthesis in high throughput.
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