2 Questions:
1) Using F360, I set a partial hole probe (probes 3 points of radius).
How do I export this data on a Haas VF-2SSYT? Either as XY locations or as a radius, whichever is simpler.
2) Also, how can I set a series of probes, and export the XYZ locations, and map out the shape...
Problem: measuring internal radii, splines, geometry, that can't be accessed by probes or other means.
Currently what Im doing: using a regular camera at highest focal length, measuring the object with caliper, adding the picture to a CAD software, adjusting image to size
Any technologies...
The prongs go ~0.6 mm past the diamond edge towards the center. Ill try extending them further, good idea. And I also considered mechanically bonding the split. Perhaps adding a few holes extending through both ends, and suturing with a metal wire. Not sure Id trust any soldering or welding so...
The ring will be split in the middle. So the individual prongs aren't flexing. The arrows show the direction of spring-back. And likewise reverse to flex open.
I found an alternative design that would require spring-back of the prongs.
The last concern is fracturing - how far can I bend and at what thickness/geometry.
Also strength, will it be flimsy
Thank you for your help and advice!
My material choices are:
•Cobalt Chrome
•Titanium(Ti6Al4V)
•Stainless Steel(17-4 PH)
I need a metal that won't fracture with the least resilience possible. To prevent the prongs from breaking or springing back.
(image for reference only)
I bolted a NEMA-23 to a 1'x1' aluminum panel, 13/64"(5 mm) thick.
The resonance is extremely loud. Full stepping between 100-15 RPM. Even when adding padding between the motor/panel.
(Its almost inaudible when not fixed to the panel)
Any methods to reduce it as much as possible or completely?
In this case, lets assume the barrel is a solid mass, no friction variables.
Can you show your work? Doesn't look like you factored in load inertia or acceleration.
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