I'd like to take this opportunity to welcome you to our demonstration on using variouserf with semen programming. Today, I will serve as your presenter.

We are going to go over the steps required to rapidly set up an automatic inspection plan simulation and measurement in order to accomplish rapid calibration. Simplify the cmm inspection services report as a final step before moving on. Let us get started immediately on setting up. It should be brought to your attention that the setting is extremely familiar.

This is due to the fact that the verisurf software products are built around the mastercam design platform. verisurf is compatible with all of the standard file formats used in the industry. Additionally, the optional catia creo and nx part and assembly files can use or not use the cad model to perform verisurfcmm programming. However, in today's demonstration, we will demonstrate the workflow by using a step as an example. After importing the cad model into the cab model, we will use the dynamic wcs function in order to rapidly establish a working coordinate system, also referred to as a wcs. The placement of the wcs can be modified in one of two ways: by entering a known value to snap to the solid edge and wireframe entity, or by clicking and dragging this wcs to interactively indicate how the parts are set on the cmm, which also helps to automate the cmm inspection services plan simulation and collision detection. Both of these methods are described further below. We will continue to place the components on the CMM, and then we will get ready for the manual calibration so that we can tell the CMM where the components are located within its volume.

The method of calibration that we employ is what we refer to as automatic calibration. This method will direct users and will then intelligently calculate the measured values that we carry out in order to ensure that, once the calibration is finished, it will be able to match the nominal model uh. When the results are within the tolerance threshold that was set, it will automatically accept the results and begin the construction and inspection modes. This will happen as soon as the results are within the threshold.

Developing an cmm services mode is a very helpful tool, which can carry out quick inspections during the production process. In order to achieve our goals of obtaining results rapidly and maintaining production levels, we are going to continue simulating and measuring for automated cmm inspection services plans in order to simplify cmm services reports. This will allow us to set alignment and verification tolerance conditions for in-process CMM Inspection Companies workflow, which we have learned how to do. The list of measurement objects and structures that are used to evaluate the condition of a part is called an inspection plan. The instrument that will be utilized to perform an analysis of the component will be the first thing that will be included in the plan for subsequent single-point manual calibration. The use of a single measurement in conjunction with manual alignment at a single point provides a rough starting position for automatic calibration. After that, you should carry out the subsequent operations, then lock all six degrees of freedom, and finally add automatic calibration. It is necessary for us to switch the measurement mode from manual to automatic in order for the subsequent objects to inherit the necessary measurement mode:In addition, CMM Inspection Companies the automatic mode enables the generation of automatic paths on features, which helps to further simplify the workflow associated with the inspection plan as it is being established.

You will see that the automatic cmm services manager on the right side of the screen begins to fill in the objects that were created in automatic. This is something that you can observe. The difference between the two is that automatic is where you actually create the  plan, while auto inspect is just a playlist that you can select from. We are going to proceed with and run the behavior that we created at the moment, which is comparable to the manual automatic calibration that was completed in the past. On the initial stage, users will receive direction. The key difference is that from this point forward, cmm will carry out the subsequent measurements using the automatic mode.

When the calibration is finished, it will accept the results without further intervention. Since they are within the tolerance threshold that was set, let's proceed with establishing an inspection plan, and after that, let's run the simulation to verify the route. In the event that there is no collision, we are going to check the diameters of some cylinders as well as their positions. In addition to that, we will take a screenshot in order to better communicate the findings of the inspection. Before we begin running the program, let's check the padding to make sure there won't be any collisions and then move on to the next step. In the meantime, let's move this probe to a new location. After that, we are going to look at a surface profile, and then we are going to use that profile to construct a plane object, cmm inspection services and then we are going to calculate how flat that object is. We will begin by selecting the parent surface, and then we will select the chain that will be used to drive the probe path in order to modify the approach and retraction directions that are utilized to orient the probe.

We are going to double-click the path and then select the edit button for the custom gap. After that, we are going to click and drag within the transparent purple sphere to adjust the tilt and rotation direction. Tilt and rotation can also have specific values entered into them, and users can scroll within each field to make adjustments in increments. This demonstrates that although we can gradually finish this inspection plan, it can also be run all at once if we are able to conduct further construction to evaluate the distance angle and all gdt requirements. This is because we can run it all at once if we are able to run it all at once. After the inspection plan has been executed, it can be run on a number of different measuring devices. The process of editing and creating a report is nearly superfluous. Simply pressing the button will do the trick.