Bosbeetle
Terminally lost
http://twitpic.com/photos/Craigix
nice
nice
RajTakhar said:Take a pinch of salt - as there is another post mentioning a tweak
But hey its progress
RajTakhar said:Take a pinch of salt - as there is another post mentioning a tweak
But hey its progress
craigix said:There is a very small tweak we want done, it's going to take 2-3 days. So it's no big deal.
With "WE" you mean the OP Team, sounds like serious changings onto the Case. I guess sending the Tweak to the Factory needs another Day, if the Factory again knows what you want it takes 2 or more Days and to make the "tweak" reality in physic form it could take one week I guess...craigix said:There is a very small tweak we want done, it's going to take 2-3 days. So it's no big deal.
It probably has to do with the thermal caracteristics of the materials. My guess is that the plastic is injected hot (melted) into the mould, when it comes in contact with the mould metal it cools down, setting it in it's final form.Phawx said:Why does it look like some are made of copper and others are made of aluminum or something silver-ish?
since the copper one seems hollow, i believe this one is for keymats so rubber requires a lower pressure and higher temp if i remember correctly.Yoyobuae said:It probably has to do with the thermal caracteristics of the materials. My guess is that the plastic is injected hot (melted) into the mould, when it comes in contact with the mould metal it cools down, setting it in it's final form.Phawx said:Why does it look like some are made of copper and others are made of aluminum or something silver-ish?
Also remember that for mass production they need to do this fast. So there's the potential problem of mould running too hot (as they're constantly absorbing heat from the plastic). Solution is to cool them somehow, the first pic shows the method, running cooling liquid (water maybe) over the moulds as they do their work. Copper would conduct heat more efficiently, therefore would aid in cooling down.
Or at least that's what I guess it's happening.
I think that the hollow parts may have matching "embossed" (not sure if right word) parts on the matching mould. So if those parts are completely filled, then a hole would be the result.DroneB Dev said:since the copper one seems hollow, i believe this one is for keymats so rubber requires a lower pressure and higher temp if i remember correctly.
so it gets elastic (Copper has a less hardness and more termal coonductive).
Notice that the copper mould is face down. The thing with the shaft is probably some kind of plastic injection machine.DroneB Dev said:but from what i see the top cover (the one with panda logo) its going to be matte and not shinny as i thought looking at the renders
keys also seem matte (normal to me), but wtf is the first photo? it looks like they are still machining the plate!!!.
Yoyobuae said:I think that the hollow parts may have matching "embossed" (not sure if right word) parts on the matching mould. So if those parts are completely filled, then a hole would be the result.DroneB Dev said:since the copper one seems hollow, i believe this one is for keymats so rubber requires a lower pressure and higher temp if i remember correctly.
so it gets elastic (Copper has a less hardness and more termal coonductive).
Also consider that not only the "keys" are hollow, but also the control pad buttons, d-pad and nubs. And all these are not made at the same time/of the same material. Another of the pics also shows the real mould for the d-pad and XYAB buttons.
Notice that the copper mould is face down. The thing with the shaft is probably some kind of plastic injection machine.DroneB Dev said:but from what i see the top cover (the one with panda logo) its going to be matte and not shinny as i thought looking at the renders
keys also seem matte (normal to me), but wtf is the first photo? it looks like they are still machining the plate!!!.