Hudzairi
Mechanical
- Feb 15, 2016
- 1
Hi all,
Me and my team are about to design a jig that holds a copper blank and movable in rotating motion. Our goals are actually to grind a layer (around 1/2-1mm thickness) of curvature face of a copper blank. We are not making a new one but instead grinding an existing one. We would like to try on milling method to get smooth and even surface instead of using manual grinding. We had come out with a concept of designing a rotating arm that will hold the copper at the end of the arm and cut with a stationary milling bit but we are not sure whether it is practical or not. Can someone help us on this? Thanks.
Me and my team are about to design a jig that holds a copper blank and movable in rotating motion. Our goals are actually to grind a layer (around 1/2-1mm thickness) of curvature face of a copper blank. We are not making a new one but instead grinding an existing one. We would like to try on milling method to get smooth and even surface instead of using manual grinding. We had come out with a concept of designing a rotating arm that will hold the copper at the end of the arm and cut with a stationary milling bit but we are not sure whether it is practical or not. Can someone help us on this? Thanks.