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of recovering the materials, and they let me in to have a look. most of us are now quite used to the idea of recycling our phones when they reach the end of their life. but if you're anything like me, you probably don't think too much about what happens to them once you send them away. here, at a secret location in the netherlands, apple have created daisy, this robot behind me. and it takes the process of recycling these things to a whole new level. let's give it a go. daisy can completely deconstruct an entire iphone from start to finish in undera minute. the product travels through four modules. the first step separates the display from the iphone. what's happening behind me is the removal of the batteries. and to do that, it's using really cold air — —70 degrees celsius — to actually stop the adhesive from working so the battery can be taken out.

Life , Most , Materials , Look , Idea , Phones , Anything , Things , Iphone , Daisy , Process , Apple

Global Silicone Adhesives and Sealants Market : Future Demand, Market Analysis & Outlook to 2028 | Infinium Global Research

The Global Silicone Adhesives and Sealants Market was valued at around USD 4300 Million in 2022 and is expected to reach nearly USD 6000 Million in 2028 | Infinium Global Research

China , South-africa , United-states , India , America , Asia-pacific , Pressreleasepoint-infinium-global-research , Delo-industrial-adhesives , Other-companies , Electrical-electronics , Arkema-group-bostik , Henkel

Direct Laser Welding Enables Adhesive-Free Fiber-to-Chip Connection | Research & Technology | Jul 2022

Fraunhofer IZM researchers and partners have developed a laser welding technique to fix optical fibers to photonic integrated circuits (PICs), removin

Germany , Alethea-vaness-zamora , Picweld-eurostars , Tec-service , Research-amp-technology , Lasers , Welding , Manufacturing , Pic , Photonic-integrated-circuit , Adhesive

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most of us are now quite used to the idea of recycling our phones when they reach the end of their life. but if you're anything like me, you probably don't think too much about what happens to them once you send them away. here, at a secret location in the netherlands, apple have created daisy, this robot behind me. and it takes the process of recycling these things to a whole new level. let's give it a go. daisy can completely deconstruct an entire iphone from start to finish in undera minute. the product travels through four modules. the first step separates the display from the iphone. what's happening behind me is the removal of the batteries. and to do that, it's using really cold air — —70 degrees celsius — to actually stop the adhesive from working so the battery can be taken out. it's pretty cool.

Idea , Life , Phones , Most , Anything , Things , Iphone , Process , Apple-s , Daisy , Netherlands , Robot

Click

200 million iphones last year, has devised a modern way of recovering the materials, and they let me in to have a look. most of us are now quite used to the idea of recycling our phones when they reach the end of their life. but if you're anything like me, you probably don't think too much about what happens to them once you send them away. here, at a secret location in the netherlands, apple have created daisy, this robot behind me. and it takes the process of recycling these things to a whole new level. let's give it a go. daisy can completely deconstruct an entire iphone from start to finish in undera minute. the product travels through four modules. the first step separates the display from the iphone. what's happening behind me is the removal of the batteries. and to do that, it's using really cold air — minus 70 degrees celsius — to actually stop the adhesive from working so the battery

Materials , Way , Idea , Phones , Life , Most , Look , Anything , 200-million , Process , Things , Apple-s

Click

and they let me in to have a look. most of us are now quite used to the idea of recycling our phones when they reach the end of their life. but if you're anything like me, you probably don't think too much about what happens to them once you send them away. here, at a secret location in the netherlands, apple have created daisy, this robot behind me. and it takes the process of recycling these things to a whole new level. let's give it a go. daisy can completely deconstruct an entire iphone from start to finish in undera minute. the product travels through four modules. the first step separates the display from the iphone. what's happening behind me is the removal of the batteries. and to do that, it's using really cold air — minus 70 degrees celsius — to actually stop the adhesive from working so the battery can be taken out.

Idea , Life , Phones , Most , Anything , Look , Iphone , Process , Things , Apple-s , Daisy , Netherlands

Click

and to do that, it's using really cold air — minus 70 degrees celsius — to actually stop the adhesive from working so the battery can be taken out. it's pretty cool. afterwards, the screws are taken out, before all the different components are separated by the machine. all individual bits and pieces land here, to then be sorted by a human. most modern smartphones contain as many as 30 elements and rare earth materials, including cobalt, tungsten, gold and tin. and the world economic forum has warned that some elements may be completely depleted in 100 years. apple claims that new methods of recycling phones, like daisy, could help recover more of these metals from end—of—life phones, and that its products contain more recycled materials than ever before. rare earth elements and metals require extensive mining, with considerable environmental, social and political impacts.

Cool , Battery , Adhesive , Minus-70 , Pieces , Smartphones , Components , Human , Bits , Screws , The-machine , Materials

Click

of their life. but if you're anything like me, you probably don't think too much about what happens to them once you send them away. here, at a secret location in the netherlands, apple have created daisy, this robot behind me. and it takes the process of recycling these things to a whole new level. let's give it a go. daisy can completely deconstruct an entire iphone from start to finish in undera minute. the product travels through four modules. the first step separates the display from the iphone. what's happening behind me is the removal of the batteries. and to do that, it's using really cold air — minus 70 degrees celsius — to actually stop the adhesive from working so the battery can be taken out. it's pretty cool. afterwards, the screws are taken out, before all the different components

Process , Things , Life , Apple-s , Daisy , Netherlands , Location , Robot , Anything , Iphone , Product , Level

Breakfast

it takes the process of recycling these things to a whole new level. let's give it a go. daisy can completely deconstruct an entire iphone from start to finish in under one minute. the product travels through four modules. the first step separates the display from the iphone. what's happening behind me is the removal of the batteries, and to do that it's using really cold air, —70 celsius, to actually stop the adhesive from working so the battery can be taken out. it's pretty cool. afterwards, the screws are taken out before all the different components are separated by the machine. all individual bits and pieces land here to then be sorted bya human. most modern smartphones contain as many as 30 elements and rare earth materials, including cobalt, tungsten, gold and tin. and the world economic forum has warned that some elements may be completely depleted in 100 years.

Things , Process , Daisy , Iphone , Go , Level , Display , Step , Product , Modules , Four , One

Click

this robot behind me. and it takes the process of recycling these things to a whole new level. let's give it a go. daisy can completely deconstruct an entire iphone from start to finish in undera minute. the product travels through four modules. the first step separates the display from the iphone. what's happening behind me is the removal of the batteries. and to do that, it's using really cold air — minus 70 degrees celsius — to actually stop the adhesive from working so the battery can be taken out. it's pretty cool. afterwards, the screws are taken out, before all the different components are separated by the machine. all individual bits and pieces land here, to then be sorted by a human. most modern smartphones contain as many as 30 elements

Things , Iphone , Process , Robot , Daisy , Level , Go , Step , Removal , Product , Batteries , Display