1. Traditional tech recycling methods involve a shredder with magnets that makes it hard to separate parts in a pure way 2. scalable recycling Brady Zheng
Chris VanYe 1. you have the pure exact part with out any random scrap intermixed 2. it makes the recycling more efficient and easier to reuse materials
1. the robot can do it much faster, and keeps human out of exposure to harmful chemicals used in electronics. 2. The new development is several robots who have the ability to sort trash or dissemble products removing the nedd for humans to do so. Joe Haj
it is faster and resources are much better distinguished
ReplyDeletethey can better separate parts
Nicholas Muhleman
1. Traditional tech recycling methods involve a shredder with magnets that makes it hard to separate parts in a pure way
ReplyDelete2. scalable recycling
Brady Zheng
It can extract more parts than alternative methods, and does it much faster. Scalable recycling. Alex Haston.
ReplyDeletethey sort out all of the parts that they can reuse for other phones ,a lot of people would probably recycle more when a robot asks.
ReplyDeleteGarrett Coffin
Chris VanYe
ReplyDelete1. you have the pure exact part with out any random scrap intermixed
2. it makes the recycling more efficient and easier to reuse materials
-The robot recycling replaced human recycling, reducing the endangerment of humans.
ReplyDelete-Liam, the recycling robot
-Katelyn
1. the robot can do it much faster, and keeps human out of exposure to harmful chemicals used in electronics.
ReplyDelete2. The new development is several robots who have the ability to sort trash or dissemble products removing the nedd for humans to do so.
Joe Haj