Suitable tablet for TouchDRO?

I ordered the assembled unit. I have enough projects :)
FWIW, I just downloaded the app on a device today and it's a lot different than the app layout that I'm used to.
So, I turned on the Tab A and all of a sudden it's updated as well. I'll get used to it but it seems to have a lot more features.
 
FWIW, I just downloaded the app on a device today and it's a lot different than the app layout that I'm used to.
So, I turned on the Tab A and all of a sudden it's updated as well. I'll get used to it but it seems to have a lot more features.
I can see the differences from the manual to the app. V3.x is really awesome!
 
how long did it take to get the TouchDRO controller shipped?
I ship in batches every couple days. Everything placed before Monday evening shipped this Monday; in about 2 hours everything placed before now will be in the mail. Once shipped, most orders in the US arrive within 3-5 business days. Canada can take a week or two, EU about the same, other countries is a crap shoot.
Hope this helps

Regards
Yuriy
 
I ship in batches every couple days. Everything placed before Monday evening shipped this Monday; in about 2 hours everything placed before now will be in the mail. Once shipped, most orders in the US arrive within 3-5 business days. Canada can take a week or two, EU about the same, other countries is a crap shoot.
Hope this helps

Regards
Yuriy
Thanks Yuriy

your's will be my next purchase
 
I don't know anything about the Kindle but I have touch DRO installed on a Galaxy Tab A, a galaxy Tab E, an S10 plus and an old S7.

Also, I had my Tab A plugged in and running 24/7. The battery swelled after a year and had to be replaced. The battery swelled so much it was really easy to get it out to replace it. It popped the back off and also popped the front off.
This is a significant concern with using products that have rechargeable batteries in them. I built a Voron 3d printer and was going to use a jailbroke Microsft Surface RT as a touchscreen GUI interface until I looked at the battery issue. Having a constant charge/discharge cycle taking place is asking for an eventual failure and potential fire in a device that you are not monitoring i.e. Not in your pocket.
I ditched my MS Surface for an actual touchscreen, which in this day and age are rather inexpensive.

Maybe the TouchDRO needs an all-in-one solution, which, if it does, just be aware of the fire risk.
 
This is a significant concern with using products that have rechargeable batteries in them. I built a Voron 3d printer and was going to use a jailbroke Microsft Surface RT as a touchscreen GUI interface until I looked at the battery issue. Having a constant charge/discharge cycle taking place is asking for an eventual failure and potential fire in a device that you are not monitoring i.e. Not in your pocket.
I ditched my MS Surface for an actual touchscreen, which in this day and age are rather inexpensive.

Maybe the TouchDRO needs an all-in-one solution, which, if it does, just be aware of the fire risk.

Time for perspective... because using a tablet daily for any use, along with the daily discharge and charge cycles is NOT a significant concern.

According to a report by Statista, as of the fourth quarter of 2021, the global market share of Android tablets was approximately 60%. In terms of the number of devices in use, it is estimated that there were over 120 million active Android tablets worldwide in 2020.

According to Apple's latest financial reports, as of the first quarter of 2022, there are over 1.7 billion active Apple devices in use worldwide, including iPhones, iPads, Macs, iPods, Apple Watches, and Apple TVs.

Llithium-ion batteries are widely used in a variety of consumer electronics, and the vast majority of these devices operate safely without causing fires or other safety incidents. There are literally a billion consumer devices in use daily that are powered by lithium cells. Every one of these devices is protected by a circuit that monitors the charge and discharge to protect the cells.

However, lithium-ion batteries have been known to cause fires in certain circumstances, such as if they are damaged, improperly installed or charged, or if they are exposed to high temperatures. According to the US Consumer Product Safety Commission, of the rare fires that do occur the majority of those fires involving e-cigarettes or vaping devices.

Unless you tamper with your products, you literally have greater odds of the following happening to you than or having a fire due to your tablet being used for a TouchDRO screen:
  1. Winning the jackpot in most national and provincial/state lotteries.
  2. Being struck by lightning, according to the National Weather Service, which estimates the odds at about 1 in 1,222,000.
  3. Being attacked by a shark, which has odds of about 1 in 11.5 million, according to the Florida Museum of Natural History.
  4. Winning an Olympic gold medal, which has odds of about 1 in 662,000, according to some estimates.*

The major advantage of the TouchDRO is the versatility and the ability to leverage existing products. It does not need to contribute to the generation of more e-waste by adding a dedicated screen.
 
This is a significant concern with using products that have rechargeable batteries in them. I built a Voron 3d printer and was going to use a jailbroke Microsft Surface RT as a touchscreen GUI interface until I looked at the battery issue. Having a constant charge/discharge cycle taking place is asking for an eventual failure and potential fire in a device that you are not monitoring i.e. Not in your pocket.
I ditched my MS Surface for an actual touchscreen, which in this day and age are rather inexpensive.

Maybe the TouchDRO needs an all-in-one solution, which, if it does, just be aware of the fire risk.
Something that lowers the risk.
When people look for chargers, they usually want fast charging. With a maintained system, a lower power charger might help. The device is supposed to have a safeguard for overcharging g but that doesn't seem to always work.
With a tablet for the DRO it might be best to find a charger that just barely keeps up with the tablet being turned on.
 
Something that lowers the risk.
When people look for chargers, they usually want fast charging. With a maintained system, a lower power charger might help. The device is supposed to have a safeguard for overcharging g but that doesn't seem to always work.
With a tablet for the DRO it might be best to find a charger that just barely keeps up with the tablet being turned on.
A well designed tabled with proper battery governor circuit should not charge/discharge the battery when plugged in for a few reasons:
1. good quality LiPo batteries have very low self-discharge rate, so they should not just drain when not used
2. When a tablet is plugged in, it should not use battery at all. The power should come from the AC adapter
3. Even when the battery is charged, it should not be charged all the way to 100%. Most of deterioration of LiPo batteries comes from over charging and over discharging. Good battery governor will prevent both
In short, yes, there is a risk associated with Lithium Polymer batteries, but tablets and laptops are designed to handle being plugged in 24/7 without any ill effect for the batter. Inferno's battery swelling up is more of a fluke (possibly due to a defect in the battery) than a norm, so I would not over index on it.

As far as making TouchDRO into all-in-one solution that uses a proper touch screen - well. that is called a traditional DRO. Those exist, and and this point cost about as much as a TouchDRO adapter with a good tablet. The whole point of TouchDRO is that it runs on commodity hardware and OS. This approach offers a LOT more flexibility and functionality that would be impractical with a traditional design. Quick case and point: I just finished the code for .CSV file import/export for sub-datums and tool library. All I had to do was to add a few dialogs that exposed the "Import from File" and "Export to File" buttons and a bit of logic to format/parse the records. CSV reader/writer was already available as a standard Android library (and it has all the controls for various CSV flavors), file picker is a part of Android OS (or can be installed from the Play Store) and access to Google Sheets or MS Office 365 can be used to create CSV files right on the tabled. I think I spent about a week on this (not including testing, which is still WIP). Doing this from scratch on proprietary hardware would take multiple person months and would probably be much more clunky anyway.

Regards
Yuriy
 
I've got a Samsung Tab A, I believe it is a 9" tablet. Probably 5 years old, and sees heavy use. It lives in a night stand when not traveling in a backpack. It is powered up 24/7 (as in standby mode, not continuall use), probably has only been powered down for a total of a couple weeks in its life. I can't imagine a tablet being used for Touch DRO would have a harder life so long as protected from the chips / coolant.

Not sure what was up with the battery in the one example, I have not run across any battery issues other than the eventual decline in storage capacity having owned multiple smart phones, tablets and laptops.
 
OT

Today I was using the new version of Touch DRO and when the display got to -100.00 it dropped the last 0.
I see there's a font option that I didn't play with because my setup sometimes resets the coordinates if I mess with things (I have to watch the display when powering on the machine) and I was in the middle of a pretty important set of numbers.
I really need that second zero on the MM work I do.

I thought it was a glitch in the display preferences so I went back in and set the # of decimals to 3 but that didn't do anything.
 
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