At some point, we've told you about Apple's redesigned robot called & # 39; Daisy & # 39; It is an old-fashioned robot called & # 39; Elam & # 39 ;, and is able to distinguish a little and nothing from less than 200 an iPhone at a time. Now A new report reveals new details about this curious Apple robot.
& # 39; Daisy & # 39; was launched in 2018 as a way to get the essentials stored inside iPhones to be repurposed properly. Apple wants eVitar to the point where materials are likely to be released and its purpose is to make many pieces of its devices made of recycled materials. That's why Lisa Jackson, Apple vice president of environmental, political and social programs at Apple, gave an interview to her Reuters where he elaborates on the company's work in this field.
This is how Daisy works
The work of this robot is crucial to bringing back the most important pieces of the redesigned iPhone, Lisa Jackson has revealed how the process works step by step:
Daisy, is approximately 18 feet tall and uses a four-step process to remove the battery from the iPhone. The first one is productive wind speed at 80 degrees Celsius, then remove the screws and modules, including the haptic look that makes the phone vibrate. The nutrients are then sent to the recycling workers for the minerals to be extracted and processed. Daisy can boot up to 200 iPhones an hour, and inside In 2017, a robot in Austin was discovered, processing 1 million iPhone.
It may interest you | Apple is delaying its re-use of the iPhone
In addition to explaining the task, Apple's vice president of environmental, political and social responsibility said the company is considering sharing Daisy technology with other companies, including electric car manufacturers, something that reaffirms Apple's focus on sustainability and renewables.
The obApple's goal is to build all of its devices with recycled materials, although it is true that the company itself acknowledges that we do not yet know how or when to achieve it. What is clear is that & # 39; Daisy & # 39; s an important step in this direction.
