Dell Shows Off Laptop Concept That Can Be Disassembled Completely In Seconds
When it’s time to get rid of an old laptop and move on to the next one, most people don’t question where the notebook goes or what happens to its parts. Dell, on the other hand, is well aware that most components in devices end up in landfills when they are still fully capable of functioning.
With the introduction of its ‘Concept Luna’, Dell zeroes in on these parts of the laptop and hopes to give it a second life. The project was first announced last year, and prototypes of the modular notebook are now being tested.
One of the reasons laptops are just discarded is that it’s hard to open them up and find the parts that are still working. So, in a demonstration with Luna, the company uses what looks like a push pin to pop the hood open and unveil the components hidden inside. It only takes a few seconds, as shown in the video, and seems as easy as popping open the SIM card tray on a smartphone.
Not only is the prototype easy to open up, but it is also easy to dismantle. Luna, modeled after Dell’s 13-inch Latitude, comes sans cables and screws. Instead, each part of the computer is snapped to each other and can be taken apart without using fancy tools.
Dell has taken a modular approach to the internal design of the hardware, making it easy to pull apart its speakers, CPU fan, motherboard, and battery, all in under 30 seconds.
This seamless access into the chassis isn’t just for users to potentially upgrade their laptops. Dell also has recycling at the front of its mind and even imagines that you could reuse its parts for your next device.
Dell additionally tested the use of robotic arms on the laptop and found that it could easily disassemble the device within seconds. This potentially means that future notebooks can be sent to recycling facilities, where they can quickly be taken apart and repurposed, ensuring circularity in the tech sphere. If all goes to plan, the tech company predicts that it could even reduce overall carbon footprint during production by 50%.
