Optimalcut
What Does Activation Key Mean?
An activation key is a code to register or activate a software application. It usually consists of letters and numbers with a dotted fundamental movement between sections. Newer models of software products eliminate the activation key as an authorization mechanism. With the development of cloud computing services, many types of software have been purchased online and used online on a subscription basis. It eliminates the need to use activation keys to authenticate users. An activation key is a by-product of the system where the user purchases the code and execution software for the application and downloads all of the code to their computer or device. New methods are rapidly replacing the traditional form of licensing.
Optimalcut Web Software is a free, fast, and easy to use web based optimization software that automates the generation of 1D linear cutting patterns and 2D rectangular cutting patterns and 3D rectangular box pack/load patterns. In 1D cutting, 1D pieces are cut linearly out of bars, pipes, tubes, steel bars, metal profiles, extrusions, linear wood boards. In 2D cutting, rectangular pieces are cut out of rectangular sheets made of glass, wood, metal, plastic, paper.
In 3D packing/Loading, 3D rectangular objects are packed/loaded into large 3D rectangular containers (boxes). This is especially important in filling containers (containerization) with goods such as in cargo shipping and storage warehouses. The internet connection and a browser is all what is needed in order to run Optimalcut Web Software. It is free and runs on any browser on any operating system. It needs no license. It needs no downloading. It needs no special handling. Optimalcut Web Software is a software for cutting and packing optimization problems which are a set of small parts are cut from larger fixed stock sheets.
Both parts and stock sheets are either, 1-dimensional (1D), 2-dimensional (2D), or 3-dimensional (3D). The 1D/2D/3D optimization problems arise in industries such as paper mills, textile manufacturing (fabric cutting), furniture (wood cutting), leather cutting, construction (steel cutting), glass industries, plastic industries, and shipping/transportation (containerization). These industries are in need to develop automated cutting patterns and packing layouts so as to yield better savings in material and production costs than are manually possible.