Micro vu q16 manual

Here, you can freely down load user guides, software manuals and installation guides for a number of current and late model systems. Heidenhain purchased Metronics and along with product development changes came model changes and new user guides for the Heidenhain ND, ND, ND Older products like the QC digital readout are also available for download.

User Manual for the Cobra Laser. Surfcom Operation Manual. Rondcom Touch User Guide. Optical Gaging Products OGP builds not only their own contour projectors optical comparators but their own integrated displays. Measure X Reference Guide. Micro-Vu is not a product we represent, however a number of them are in the field.

The Micro-Vu-Q16 manual is useful to both the daily user and the diagnosing service technician. A smaller one page Q Quick Reference guide is also available for download. These digital readouts and displays are found on most Micro-Vu optical comparators built since Another perennial optical comparator builder is Deltronics. This website or its third-party tools process personal data e. To learn more, please refer to the cookie policy.

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Login to Your Account. Remember Me? Register Forgot password? What's New? Likes: 0. Results 1 to 11 of Thread: Micro-Vu M14 - possible issue - experienced input requested. Thread Tools Show Printable Version. Appears to be in wonderful shape, save for one issue that I've found. I'm hoping that it's something easily remedied and someone else has seen it and dealt with it.

I tried making sure that it measured correctly by placing a gauge block on the table and measuring it, observing the DRO, and adjusting the lens to compensate until the DRO displayed what the actual block's measurement is. It appears that when one gets one edge "focused" in and "sharp" that the other, opposite edge is not.

It almost appears like the table is not true to the lens????? Anyone seen this? It seems that skewing the part always improves the sharpness because you are now focusing on the edge of the part instead of the complete width of a surface that is square to the table. When I need to check the length of a shaft from the end of the shaft to a shoulder my best resolution on the shaft end is near the O.

I am not sure if all comparators are like this but I would assume so. It seems that as the light travels across a wide surface depth wise you lose the sharpness that is required to get an accurate result. In any optical system there is only one plane of focus. That plane is perpendicular to the optical axis of the lens.

The "depth of field", that being the sections of the subject closer to or farther from the lens that are "in focus", can be increased somewhat by changing the lens aperture f-stop. I don't know if your lens even has an aperture adjustment. I doubt it. Originally Posted by The real Leigh. It sounds like your plane of focus is not square with the instrument, for whatever reason. I'm not familiar with the implementation of the vision system on those CMMs, but I am very familiar with optics.