You are saying a LOT of incorrect things. So that is not the case…
What I know is the Luna allows me to attempt to teach dense people on the internet basic extraction math all while the system is running unattended and allows my two technicians time for analytics, post processing and r&d time which would not be possible in the same way it would be with a manual system.
Most people running a bizzy bee have one high level paid operator and an assistant (sometimes two) that do all of the tedious tasks required to load and unload a traditional manual system and keep it running during a shift.
I can have one tech spend about an hour packing bags for a days worth of runs and at most another hour (throughout the whole day) doing pours, material swaps and crc swaps.
Thats roughly 2 hours of labor for one person to run an 8 hour shift on the luna.
the other 6 hours they can be post processing, running analytics (since we do all that in house) and all the various other projects in the lab going on. that’s ONE person.
Now go to the manual system of choice and you have 2 people at 6-8 hours a day working to keep that system operating. That’s 12-16 hours of labor.
10-14 hours a day more than than the luna requires. that adds up FAST!
just for fun lets do a year calculation without any payroll taxes to make it simple and easy. (days in a week 5 x hours in a day 8 x weeks in a year 52= 2080 total hours)
Luna operator $20/ hour
(days in a week 5 x labor hours in a day 2 x weeks in a year 52= 520 total hours of labor in a year)
520x20=$10,400 of labor to run the luna for a YEAR!
Comparable manual system with just 1 operator $30 an hour. (that’s one badass operator)
(days in a week 5 x hours in a day 8 x weeks in a year 52= 2080 total hours)
2080x30=$62400 of labor a year to run a manual system.
that is $52000 more in labor i would spend on running a manual system with one operator.
more realistic manual system two operators one at $30 an hour and the assistant is at lets say $15 which equals $45 and hour
(days in a week 5 x labor hours in a day 8(x2 operators) x weeks in a year 52= 4160 total hours)
2080x30=$62400 of labor a year to run a manual system.
4160x45=$187,200 of labor in a year to run a manual system with two operators.
that is 176,800 more in labor i would spend on running a manual system with two operators.