I'm excited to see this thing in action next week!I will build the first prototype on labor day.
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I'm excited to see this thing in action next week!I will build the first prototype on labor day.
It is just their "egg" devices in one unit. People use it and it has plenty of reviews. It is still a manual tester though and expensive if you typically only test one or two things.Hanna already makes a $300 Master Reef tester. And I see no mention of it on any reef forum
There was a unit by LaMotte sold under two different names (home and commercial). AquaSpin and SpinTouch. they were not popular because they were expensive to buy, expensive to operate and not accurate enough, especially for the cost. You can still get them if you wish.There used to be a company that had a master tester, using a disk of some kind, that was supposed to be at that price point.
The OP is a high school student, and this conversation is a learning experience, maybe not one he expected.I run a successful business in this market, you have so many misunderstandings on how running a business works, I'm sorry but you need to do more research......
There used to be a company that had a master tester, using a disk of some kind, that was supposed to be at that price point.
Vaporware, unless it got turned into that LFS tester device for $1400, which I suspect. That uses a one time use $15 tester disk
Anyone remember the name of that company or device?
Are you saying that you have some way to monitor alk, ca, mag, p04 and nitrate without the need for reagents??? This would be a breakthrough and I'd definitely be interested.
And I bet it looks just like a $15,000 Ferrari replicaWell not nobody....
It is still around, @Coral Kai uses it and likes it.AquaSpin. Made by LaMotte and rebadgered by API. I think it's still around....
ION Selective probes are nothing "new". The problem is the cost of the probes, their lifespan and the fact that they can't be used full time and instead need to be used and flushed.There is a reagentless nitrate method now. YSI sells it for $5,000. For just the sensor probe.
I think the issue is poor resolution and accuracy. I read am in depth test somewhere, but can't find it or recall where.It is still around, @Coral Kai uses it and likes it.
I believe it’s $800-1000 and I’m not sure on the disk costs.
when you have too many stand alone tanks...its the way to goIt is still around, @Coral Kai uses it and likes it.
I believe it’s $800-1000 and I’m not sure on the disk costs.
ION Selective probes are nothing "new". The problem is the cost of the probes, their lifespan and the fact that they can't be used full time and instead need to be used and flushed.
Do you have links on this UV-C based nitrate measurement method? This is really interesting for me.It's not an ISE. There's been a method to measure nitrate using UV-C for sometime now but only recently have UV-C LEDs of the correct wavelength become available. The LEDs recently became available retail for $300 each if you feel like DIYing it...
These are two completely different things that protect two completely different things.I can create a patent or just make an llc and not worry.
Do you have links on this UV-C based nitrate measurement method? This is really interesting for me.
UV-C LEDs are not a problem nowadays. COVID pushed their development very hard, and now there are plenty. Its for the UV-B range, that there are very few LEDs, with very poor efficiency and short lifespan, and they do cost around $300 per piece (in the few mW range)
Thank you, this is very interesting. However, I believe that the difficulty in applying this method is not the light source (there are plenty of far-range UVC LEDs - 222nm), but the need for UV spectrometer with 1nm resolution - that is a delicate scientific instrument and cannot be obtained cheaply. If I understand the paper correctly, it is through the mathematical processing of absorption data at different wavelengths (with 1nm step) in the 215-240nm range, they are able to calculate the NO3, NO2 concentrations, as well as salinity. I believe that there is no useful applicability for this method, unless someone designs/manufactures an integrated sensor that would measure (and process) this spectral data internally...Ultraviolet Spectroscopic Detection of Nitrate and Nitrite in Seawater Simultaneously Based on Partial Least Squares
A direct, reagent-free, ultraviolet spectroscopic method for the simultaneous determination of nitrate (NO[3] [−] ), nitrite (NO[2] [−] ), and salinity in seawater is presented. The method is based on measuring the absorption spectra of ...www.ncbi.nlm.nih.gov
Oh, wait, it can do salinity, too?
You are thinking of Mindstream. It basically went from a product that they showed off at one of the big reefing events and said it would be available soon. That "soon" turned into like 3 or 4 years. I don't remember what all it tested. They ended up needing a big kickstarter program and then a separate capital infusion. I think the final sale price was a lot higher than originally planned ($900) and plus they had a $30 to $50 monthly charge for the disks and I assume to also offset the "cloud" expense. If I remember correctly after launch they started having issues with algae building up on the unit so it had to go thru a redesign. Not sure how long they stayed in business, though I'm thinking less than a year after reaching market. I didn't feel like researching so I'm not sure if they filed bankruptcy or took a buyout to pay off the investors. If you are bored there were a couple of big threads on here about them.The people who will buy a $300 tester
Will buy a $1000 tester, minus 5%
This is a luxury hobby. No one really needs to have corals in their living room
Hanna already makes a $300 Master Reef tester. And I see no mention of it on any reef forum
There used to be a company that had a master tester, using a disk of some kind, that was supposed to be at that price point.
Vaporware, unless it got turned into that LFS tester device for $1400, which I suspect. That uses a one time use $15 tester disk
Anyone remember the name of that company or device?
Thank you, this is very interesting. However, I believe that the difficulty in applying this method is not the light source (there are plenty of far-range UVC LEDs - 222nm), but the need for UV spectrometer with 1nm resolution - that is a delicate scientific instrument and cannot be obtained cheaply. If I understand the paper correctly, it is through the mathematical processing of absorption data at different wavelengths (with 1nm step) in the 215-240nm range, they are able to calculate the NO3, NO2 concentrations, as well as salinity. I believe that there is no useful applicability for this method, unless someone designs/manufactures an integrated sensor that would measure (and process) this spectral data internally...