GW Staar
Member
- Joined
- Feb 26, 2009
- Messages
- 3,714
I wanted to demonstrate how easy it is to build a Video Powder Check Station. I broke my 12 Volt endoscope in the process and will have to order another on the slow boat from China.
I do have a USB spare that has to be played on a computer..... but I prefer using a cheap 5" color monitor. The monitor is better and clearer, but the USB one will have to do for now.....I can at least demonstrate the new 3D print version, and how simple a thing it is to build.
Update: After I badmouthed the USB endoscope displaying on my laptop, I did a little research and just used Windows 10 "Camera", changed it to the "rear" camera and it automatically went to the endoscope. Result: better resolution and easier to use. So I redid the video.....new one is now shown. Works plenty good. I just have no room for the bigger display! A tablet would be a step up.
So here's what the .stl files look like, a die base and a scope mount:
And here's the video demonstrating how simple it is......requires printing one die base for each tool head. But the endoscope and the push-on mount just moves from die head to die head.
I slowly raised the shaft to check what range the focus ended up being good. At the beginning of the video the case and shell plate is a bit dark.....forgot to turn the press light on. Endoscopes have their own lights.....so maybe the contrast is a good thing to keep your attention?
I do have a USB spare that has to be played on a computer..... but I prefer using a cheap 5" color monitor. The monitor is better and clearer, but the USB one will have to do for now.....I can at least demonstrate the new 3D print version, and how simple a thing it is to build.
Update: After I badmouthed the USB endoscope displaying on my laptop, I did a little research and just used Windows 10 "Camera", changed it to the "rear" camera and it automatically went to the endoscope. Result: better resolution and easier to use. So I redid the video.....new one is now shown. Works plenty good. I just have no room for the bigger display! A tablet would be a step up.
So here's what the .stl files look like, a die base and a scope mount:
And here's the video demonstrating how simple it is......requires printing one die base for each tool head. But the endoscope and the push-on mount just moves from die head to die head.
I slowly raised the shaft to check what range the focus ended up being good. At the beginning of the video the case and shell plate is a bit dark.....forgot to turn the press light on. Endoscopes have their own lights.....so maybe the contrast is a good thing to keep your attention?
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