There are many new things appearing in our world with the development of manufacturing and industry. These innovations do not stop at the search for new terminologies but expand to involve the production of new devices that appear in our industrial field. There are many reasons that cause the appearance of these new devices. One of these reasons is the competition between companies to become the famous one in the industry. Every company wants to be popular in its society and to do so every company has to advertise its name. One of the advertising methods is to print the company's name on its products. Based on this, many new devices have been invented to help do this type of advertising. One such device is Die Cut Machine. This machine is used to form different shapes of labels that stick to products. Die cutting means cutting products by hitting them with a shaped edge known as a straightedge die [1]. The beginning of die cutting dates back to 1800 and was used for the first time in the shoe industry. In the first half of the 1800s, shoemakers began creating dies to cut out different parts of shoes and make the same shoe model. Then shoe makers start using a die called a hammer handle die. Used to cut the shoe sole design from heavy leather. This was the beginning of die cutting at least in the shoe industry [2] [3]. Nowadays, die cutting is not only used for the shoe industry, but is used in many industries to produce large quantities of items that all require the exact same dimensions and design, such as cardboard packaging, stickers, labels, etc. . Now there are many types of die cutting machines depending on the items that will be produced such as flatbed die cutting, rotary die cutting, press die cutting, leaser......half of paper......tangential speed of one point at any point of the rotating body or in the motor shaft using the tangential velocity equation v = r*w, as shown in Figure.4. r is the distance from the axis of rotation.Figure. 4: Calculation of angular velocity The power output of a motor could be calculated using this formula, P = Torque.w where w is the angular velocity[7]. Knowing and calculating all those motor parameters which are torque, angular velocity and output power will help to know the correct motor that could be used for specific applications and to control the operation of that motor. In the end, there are many programs that could be used to simulate different types of engine, calculate the parameters of the engines and assemble the engine with different types of machines such as MATLAB, UNITY, Machines Simulator and Predator Virtual CNC.