In these modern times, humans like to do all the work within a given time quickly and effectively. At the same time, the work must meet the requirement. The disadvantages of the previous system are overcome by the existing system. In the existing system, the radial drill can be used to drill fixed work more efficiently. But you can not rotate or tilt the job at a particular angle. These disadvantages are overcome by the proposed system. The design and manufacture of the rotating and tilting screw of the machine can be made by the use of mechanical joints such as the bevel gears and the shaft. By using tapered gears, we can achieve rotational movement. And with the help of the nut and screw arrangement, we can achieve the required angle. The proposed machine vice will be very useful for this generation and for the future generation of peoples.
The lathe of the rotating and tilting machine operates according to the principle of the conical gear train using a simple mechanical connection, such as gears, shafts, bearings, etc. According to the principle, the arrangement of the gears must be perfectly calculated to obtain a better output. It has more advantageous characteristics. The previous machine and the existing one have some disadvantages, like the absence of portability, inclination movement, high precision and minimum effort. Therefore, this system is very useful for doing the job at any angle between 0 - 90 * (degree). Here, the input gear is as small as possible and the output gear is as large as possible.