Manufacturing of objects made from polymers, textiles, plastics, metal and alloys using computer aided manufacturing (CAM) with inks 

In order to obtain an object the store has to have the ink of the material present for the said object. The ink for the first time are obtained by formula of tight binding for objects. The inks are extrapolated for many materials. We made ink for polymer textiles and plastics. The method of making ink are extended to metals and steel. We used the inks of polymer to manufacture objects. In this paper, we considered polymer of length 4 cm, width 4 cm and thickness 3 mm. We tore the polymer for 3 mm distance. We used the polymer ink to fill. We obtained the cuboid object. We ensured the objects are same as original. Here our generalized model have mass of ink, force to apply and force of tear. The balance of mass of ink are important. The mass of ink used are for both manufacture of object and obtain the original for the torn object. The feedback control theory with computer aided manufacturing (CAM) are there in the computer vision. The print from quality ink of periodic table materials, available world objects to repeat manufacture and generate manufacture meets the machine. The technology for 3D print are readily available. The taylor are rubber stamp method and ink jet methodology. The ink basket and inks should be compatible. Furthermore, many variants of ink jet printing computer aided manufacturing provides numerous products for semiconductors, displays, energy, transport, automobiles, waste management, cleaning and agriculture applications.