Current manufacturing methods make it difficult and expensive for engineers to use less commonly used components because special production can quickly cost the laser pointer. This technology will allow engineers to simply print whatever parts they need, including those that are difficult to do with traditional methods.
This process opens up new opportunities for manufacturing energy components and may lead to improvements in every industry that depends on electronics, including some that may already be in your home. Many innovations in transportation and energy are counteracting and curbing climate change by conserving resources. 3D printers certainly have the potential to assist in this important work, and have already been done in other areas in an indirect way.
But they can also help in a more direct way. Methane is one of the most dangerous greenhouse gases causing the effects of climate change. Part of the danger of the laser pointer comes from its effectiveness, but the bigger problem is that there are not enough sources and people want to ease it. Vehicle emissions, the chemical industry and other agricultural sectors release large amounts of methane every year. Fortunately, researchers are working on a method to produce decomposed methane.
They used a 3D printer to make biofilms that use methane-processing microorganisms to convert methane into harmless organic compounds. In essence, they function as filters that extract methane from the air. This method is still being developed because printing with microorganisms is a new field, but the current research is very promising, and I believe researchers will successfully achieve their goals. Who would have thought that 3D printing would touch the air you breathe? 3D printers are about to bring huge changes to these industries, so they may affect all human beings.