ZEISS Industrial Quality Solutions is a leading manufacturer of multidimensional metrology solutions. These include coordinate measuring machines, optical and multisensor systems, microscopy systems for industrial quality assurance as well as metrology software for the automotive, aircraft, mechanical engineering, plastics and medical technology industries.
Innovative technologies such as 3D X-ray metrology for quality inspection round off the portfolio. In addition, ZEISS Industrial Quality Solutions offers a broad global spectrum of customer services with ZEISS Quality Excellence Centers close to its customers.
The company is headquartered in Oberkochen. Production and development sites outside Germany are located in Minneapolis in the USA, Shanghai (China) and Bangalore (India). ZEISS Industrial Quality Solutions is part of the Industrial Quality & Research segment.
I started in a workplace that uses wenzel as cmm and quartis as a scanning/measurement program. I am trying to learn cmm through RU-vid videos because my supervisor to busy to teaching me about machine and I am doing this on my free times. Do you know any tutorial metarial for wenzel? I couldn't find anyting on RU-vid and I thought experienced guy like you might be know it. If you do so can you help me with sir? Much appreciated
Maestro, veo que tiene la versión 2023. Actualmente usamos la 2022 pero ya adquirimos la licencia para la nueva. Como hago para importar todas las configuraciones? Palpadores, sensores etc?
I have been trying to find this setting but not much luck. If the ZVp is turned on in the program and the same program is able to run on a Contura will it also work in ZVp, go back to default or error out?
GOM Inspect war frei zur Nutzung für den privaten Bereich. Bei Zeiss Inspect ist das nicht mehr so und es ist nur noch Firmen möglich die SW zu nutzen. Wird es für private Personen (3d Hobby) auch wieder eine freie Version geben?
+@kezi___ Thank you for taking the time to watch the video. However, we would like to clarify that this customer story is focusing on the production of engines powered by biogas and hydrogen. These engines are used to generate green energy contributing to the reduction of global emissions.
I'm so proud of our new O-INSPECT duo which can now be ordered. Our application team will also be happy to show you the endless possibilities of the new device. At last, inspection tasks can be easily automated.
A little bit more on 'part design' for achievable production would have been interesting...there's a lot to it - we see so much 5 axis machining that we all forget the importance of casting design and manufacture which is massively ridiculous!
hallo ich habe eine Frage und zwar geben Sie eine Nachhilfe. ich benötige eine Hilfe bei dem Progrmm Zeiss inspict optical 3D. ich hab ein Bauteil konstruiert und nach der Fertigung des Bauteils muss bei diesem Programm weiterbearbeitet. also Abgleich zwischen dem Soll und Ist Bauteil durchgeführt. Können Sie mir eine Nachhilfe geben?
Hey, nettes Video :) Mal eine Frage zu CZ: Wie würde die Toleranzzone aussehen, wenn ein Bauteil 4 Bohrungen GX hat und diese mit "Ø 0,5 CZ | A" angegeben sind ? z.b. 2 Bohrungen sind in Y 50mm auseinander , die anderen beiden in Y 40mm. Der Abstand zueinander in X ist 80mm. Wird hier ein Best-Fit gemacht und danach die Position von jeder Bohrung ausgewertet ( 4 verschiedene Messergebnisse ) ? Habe da gerade Unstimmigkeiten und es wird "nur ein Messwert" verlangt. Danke im voraus.
As a professional engineer with a strong background in biomaterials, I am impressed by this technology. I do believe, however that until the technology is determined to be essentially flawless, an adequate sampling of each production lot is hand inspected to ensure that the AI is doing its job. By the way, it is usually not a failure in the high-tech process that causes problems, but rather problems with the stupid stuff. For example, S&N had a mass recall many years back on its hip implants, because the radius of the acetabular cup was far larger than the radius of the head of the greater trochanter so that rather than having a clearance of 0.0005", the clearance was a few hundredths of an inch causing the implant to fail.
