Authors :
Rahul Gunale, Suraj Palav, Akshay Phadke.
Volume/Issue :
Volume 3 - 2018, Issue 5 - May
Google Scholar :
https://goo.gl/DF9R4u
Scribd :
https://goo.gl/2daoYf
Thomson Reuters ResearcherID :
https://goo.gl/3bkzwv
Abstract :
In present surface finishing system ceramic sleeve is finished using single point cutting tool on lathe machine which is oriented towards labour intensive & heavy reliance on operator skill. This process consumes more time and there is a lot of wastage of material.
This paper presents an approach to develop a system in which automation in a motion of workpiece and grinding wheel by using mechanical devices such as induction motor, pneumatic cylinder and sensors.
The outcome of a new system should be decreased cycle time of surface finishing, increase in production rate, a decrease in wastage of material, precise surface finishing, less interference of worker in a machining process.
Keywords :
Ceramic sleeve, automation, surface finishing.
In present surface finishing system ceramic sleeve is finished using single point cutting tool on lathe machine which is oriented towards labour intensive & heavy reliance on operator skill. This process consumes more time and there is a lot of wastage of material.
This paper presents an approach to develop a system in which automation in a motion of workpiece and grinding wheel by using mechanical devices such as induction motor, pneumatic cylinder and sensors.
The outcome of a new system should be decreased cycle time of surface finishing, increase in production rate, a decrease in wastage of material, precise surface finishing, less interference of worker in a machining process.
Keywords :
Ceramic sleeve, automation, surface finishing.
