Robots to the Rescue: The Future of E-Waste Recycling Begins Here
An ex-entrepreneur in tech hardware has redirected his skills to address the issue of waste from electronic devices. In order to carefully disassemble things and separate still-usable components for reuse rather than recycling, his business builds and programs precision robots. His name is Rob Lawson-Shanks, and he recently received funding from some of the most well-known names in stakeholder venture capital. In addition to assisting recycling facilities in disassembling electronics that would otherwise be thrown away, he is collaborating with Dell and other companies to create new gadgets that his robots can more easily unmake.(Source: Google Images) His company, Molg, builds and trains robots that can remove panels, unscrew screws, and extract chips on their own by using numerous arms and cameras with remarkable precision. In order to retest, re-qualify, and redeploy, Lawson-Shanks explains, "We use really high-precision, non-destructive [equipment] and really care about what we're touching and then moving." "The ultimate goal is to maintain things at the highest possible value." (Source: Google Images) The compact devices, which measure 3 feet by 10 feet in height, are made to be able to be installed inside of already-existing e-waste processing facilities. Some devices can be disassembled in as little as five minutes. The machines are now quite good at disassembling obsolete servers and recovering parts to create new data center units. Before being utilized in a mid-tier market product, the components inside each disassembled item are recorded and databased by a Molg "micro-factory," as they are known. The same parts can be utilized to create a more basic electrical product once that item is broken down, and even after its material structure decomposes and is recycled.Molg has introduced a completely new line of snaps, press-fits, latches, and other modular connections in collaboration with businesses such as Dell. These connections can be used to secure laptops and other devices together, but its microfactories can readily disengage, remove, or unsnap them. Why Zero Waste? (Source: Google Images) Reduces pollution and conserves resources~The way we now consume is not sustainable. Whether it is cutting a forest, mining for minerals, or drilling for oil, the extraction of raw materials from natural areas is energy-intensive and polluting. These materials are more polluting and require significantly more energy for processing. After being utilized, the products are either burned in an incinerator or thrown in a landfill. A zero-waste strategy, on the other hand, minimizes pollution from extraction, manufacture, and disposal while conserving natural resources. Because fewer people purchase goods and because they are made to last, fewer products are produced when people reduce and reuse. Recycling helps manufacturers use recycled materials rather than raw resources to create new products and keeps garbage out of landfills and incinerators.
.png)
