CAM Lab Details
The modern manufacturing methods are very important in order to reduce costs and to maintain high precisions. The efficient CAM environment will provide the industries fore front.
The CAM Lab aims to support Teaching & Research in the areas of intelligent manufacturing. The lab provides advanced manufacturing environment which fit the modern Industry requirements. Advanced Manufacturing Equipments, including CNC Turning centre , CNC Milling centre and Robot Arm are provided for practice.
The students will be practiced the cycles with the high-fi lab environment. The demonstration of 5-Axis pick and place Robot arm brings the students into the new environment of innovative ideas.
Mechatronics Lab Details
If you look around, you’ll notice that many of the devices you use in the course of a day are mechatronic, that is, they integrate mechanical and electronic functions in a synergistic way. In fact, it is difficult to avoid mechatronic devices! Microwave ovens, automatic teller machines, washing and drying machines, dishwashers, cameras, camcorders, VCR’s, CD players, automobiles… These are all mechatronic devices. And not only consumer products, but industrial processes, such as a semiconductor fab, also are highly mechatronic in nature.
The overarching philosophy in mechatronics is that enhanced performance, flexibility, and reliability can be obtained in a product or process through the integration of mechanics and electronics under the control of software.
The overarching philosophy in mechatronics is that enhanced performance, flexibility, and reliability can be obtained in a product or process through the integration of mechanics and electronics under the control of software.
Because of the ubiquitous nature of mechatronics, the mechanical engineer must understand the fundamentals of mechanics, electronics, and software in order to be successful in today’s world. By and large, most undergraduate mechanical engineering programs do a good job teaching the fundamentals of mechanics, but fall short in giving students the necessary understanding of electronics, computer interfacing, and how these are integrated in product design and manufacture. The experiments described in this manual are an attempt to give the student a broad range of hands-on experiences to help build a solid foundation in analog and digital electronics, sensors and transducers, actuators, and microprocessor interfacing, so he or she can begin to function effectively as mechanical engineer in an increasingly mechatronic world.