THERMAL CUTTING POWERED LABORATORY
JCT College of Engineering and Technology has established virtual thermal cutting Powered Laboratories in collaboration with Messer Cutting Systems India Private Limited for the students and faculty members execute industry assigned projects.
Being one of the reputed organization in the business sector, Plasma, Laser and Oxyfuel flame cutting is the most economical process for the cutting of mild and low alloy steels, even with weld preparations. It is one of the most important production processes in the metal industry. JCT College of Engineering and Technology has made a significant step forward in its quest to train their students on emerging technologies.
Messer Cutting Systems India Private Limited
A global supplier of a wide range of cutting tools and related services, Messer Cutting Systems India Private Limited, has emerged as a leader in the market with the value for money it offers. The company has presence in over 50 countries and has a worldwide workforce of over 2,798 experts. With 5 production sites in various locations, the company is today a world renowned brand known for its strategic focus on customers and client driven innovation. A Manufacturer of a wide variety of equipment including New Generation Multi Purpose Torches, CNC Thermal Cutting Machines, CNC Profile Cutting Machines, Cylinder Pressure Regulators and Flame Cutting Machines
DESIGN AND FABRICATION OF COCONUT PEELING MACHINE
At present the husk of tender coconut are being removed manually, which employs more time and man power. This project is to fabricate the coconut peeling machine that peels off the coconut husk from the coconut fruit to obtain DEHUSKED coconut fruit .An operator is required to handle the machine during peeling process. This machine includes the rotation axis control system drive, peeling blades etc. The peeling machine is designed in such a way that it works automatically .The automation strategy in dehusking results in reduced cycle time cost. This machine is extremely beneficial for coconut traders and exporting industries.
FABRICATION OF SELF CHARGING E-BIKE
E-bike becomes more attractive and recent trends in automotives. It takes for a common E-bike to charge fully about 6-8 hrs .The range for such bikes is usually about 30-40 kms. Then it needs to be recharged again.
In this E-bike our students have made the charging system inbuilt for continuous running. The power from battery will be discharged and charged continuously. This project ensures the road safety by avoiding high speed.
This project can be commercialized by fabricating in a cost effective manner.