Many people have the experience of sticking plaster, although it is to prevent accidental external force from affecting the recovery of injured parts, but it also brings many problems. The appearance of liquid metal exoskeleton makes it possible for traditional gypsum to be completely replaced in the future. This is because this new type of liquid metal exoskeleton has many obvious advantages compared with gypsum. For patients, it is much more comfortable to use this liquid metal exoskeleton than to cover the body with a thick layer of plaster. This improvement allows patients to have a better experience in the rehabilitation stage. Because the plaster is inconvenient to disassemble, dressing change has become a big problem, and the liquid metal exoskeleton can be disassembled at any time, which eliminates this concern. Because the liquid metal exoskeleton itself is a reusable resource, once the technology is popularized, it will definitely have a better cost performance than traditional gypsum, which is a real benefit for patients. The progress of medical technology has made people more secure when they seek medical treatment. The benefits of this liquid metal exoskeleton for patients are as follows.
First, it is more comfortable. The recovery time after plastering is a very painful stage for patients. Because the hardness of the plaster itself is too high, patients sometimes feel swollen and uncomfortable. In contrast, the liquid metal exoskeleton is more suitable for the injured part and has obvious air permeability advantages.
Second, convenient dressing change For trauma patients, the dressing change process after sticking plaster is more complicated. With the liquid metal exoskeleton, this problem can be solved easily. When changing the dressing, you only need to disassemble it and then fix it back as it is, which saves a lot of inconvenience.
Thirdly, the liquid metal exoskeleton with higher cost performance can be reused, which not only makes patients enjoy real convenience and benefits, but also is more friendly to environmental protection, and is a product that conforms to social sustainable development.
What else do you know about this liquid metal exoskeleton?