Although the non ferrous numbers are in increments of 1 digit (1-40) it would be fantastic if there were gradations within each digit. Take for example 1 number ..digitally.. divided into 2 increments . So if lets say a clad dime reads 38 (arbitrary #) and a silver dime is 38, but lets say the clad is in reality 38-1/8..and the silver is 38-3/4.. it would be awesome if the nox was programmed to read that.. and so even though BOTH would read 38 on the display, you could then wave the clad over the coil and notch it out.. and yet the silver (even though it was also reading 38 on the screen would ring out.
The machine is being advertised as being able to target at depth. That is the reason I wondered about numbers only going to 40…as opposed to 180 or something.
This is all imaginings and wishful thinking, but it’s all we can do right now. Theoretically if each digit were split into two, the numbers would actually be 80 (even though it shows 40).
Why would a machine that can target ID at depth.. have a target ID range that doesn’t seem to do it justice. 40? This is not a complaint BTW, I can’t wait to get this machine. I ordered one!
The machine is being advertised as being able to target at depth. That is the reason I wondered about numbers only going to 40…as opposed to 180 or something.
This is all imaginings and wishful thinking, but it’s all we can do right now. Theoretically if each digit were split into two, the numbers would actually be 80 (even though it shows 40).
Why would a machine that can target ID at depth.. have a target ID range that doesn’t seem to do it justice. 40? This is not a complaint BTW, I can’t wait to get this machine. I ordered one!