It is worth noting that the Singapore scientists first hit upon the idea to print the universal tablet. However, it was they were able to solve the problems faced by predecessors - the restriction on the size of the dose and the time during which "intelligent" tablet capable of delivering the drug. NUS technology lacks both of these shortcomings - in fact, its implementation will be relatively quick and inexpensive.

How will it work in a clinical setting? First, the doctor points out in a special program which medicines the patient should take, how often and in what doses. Using these data, the program creates a miniature pattern - like the one in the image above is sandwiched tweezers.


Over this pattern is printed in two stages tablet: base of liquid non-toxic polymer coated with drugs such as sheath polymer, but without the drug.

When the patient swallows a pill, the shell begins to dissolve, and it happens gradually. Different parts are disclosed in the pre-programmed time, the body delivering various doses of medication throughout the day.

The system is simple and does not require medical complex mathematical calculations. Furthermore, it works with any 3D-printers without requiring special expensive equipment. At the moment, developers with several international corporations to discuss the possibility of commercial use of this technology.