Well that’s not very “green” coming from a company who stopped supplying customers with chargers “because of the environment.” When a hard drive craps out the only solution is to replace the entire board rather than a single part with an industry standard connector?
They disassemble those replacements and use them to create warranty parts. Apple is one of the few companies that actually does reduce and reuse first. Any parts that fail testing get recycled.
They desolder components and reuse them or they scrap old laptops and scavenge the good bits like the screen and keyboard? Assuming someone brings in a laptop with a bad hard drive, what components later get disassembled?
This article is about the iPhone robots but they also have machines that do this with Macs too. Every Apple device is made with recycled content but the majority of their components are reused in remanufactured warranty devices (remanufactured rather than refurbished because refurbished reuses existing whole components, remanufacturing breaks down components, tests them, and reuses them to create entirely new components from working parts).
Removing individual soldered NAND chips directly connected to the motherboard, attaching new NAND chips, and somehow getting a working computer out the other end is so far beyond the abilities of most users that it’s not even funny.
It’s way beyond the skillset of even most computer repair specialists too.
In fact, in terms of “getting it working again” is concerned, anyone outside of an Apple assembly plant is unlikely to be much use.
People have done it on M1’s at least. You’ll need a well equipped rework station to do it though, especially since the NAND is essentially glued to the motherboard in addition to solder.
CmdrShepard@lemmy.one 6 months ago
Well that’s not very “green” coming from a company who stopped supplying customers with chargers “because of the environment.” When a hard drive craps out the only solution is to replace the entire board rather than a single part with an industry standard connector?
dpkonofa@lemmy.world 6 months ago
They disassemble those replacements and use them to create warranty parts. Apple is one of the few companies that actually does reduce and reuse first. Any parts that fail testing get recycled.
CmdrShepard@lemmy.one 6 months ago
They desolder components and reuse them or they scrap old laptops and scavenge the good bits like the screen and keyboard? Assuming someone brings in a laptop with a bad hard drive, what components later get disassembled?
dpkonofa@lemmy.world 6 months ago
All of them. They have machines that strip down the components:
elitedaily.com/…/heres-how-apple-recycles-old-iph…
This article is about the iPhone robots but they also have machines that do this with Macs too. Every Apple device is made with recycled content but the majority of their components are reused in remanufactured warranty devices (remanufactured rather than refurbished because refurbished reuses existing whole components, remanufacturing breaks down components, tests them, and reuses them to create entirely new components from working parts).
dubyakay@lemmy.ca 6 months ago
Could just solder a new ssd no?
tigerjerusalem@lemmy.world 6 months ago
Of course not, the “Bios” is stored on the SSD, so if you replace it your computer won’t even boot.
Oh, and if your SSD dies it won’t boot too.
dubyakay@lemmy.ca 6 months ago
Oof.
Patch@feddit.uk 6 months ago
Removing individual soldered NAND chips directly connected to the motherboard, attaching new NAND chips, and somehow getting a working computer out the other end is so far beyond the abilities of most users that it’s not even funny.
It’s way beyond the skillset of even most computer repair specialists too.
In fact, in terms of “getting it working again” is concerned, anyone outside of an Apple assembly plant is unlikely to be much use.
Inktvip@lemm.ee 6 months ago
People have done it on M1’s at least. You’ll need a well equipped rework station to do it though, especially since the NAND is essentially glued to the motherboard in addition to solder.