Hole Depth

Hole Depth

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Creo Parametric

3D Part & Assembly Design

How do you dimension hole depth?

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I can get the diameter just fine, but I can't figure out how to get the depth. Google has not been helpful.
Those are text symbols. See the lower right corner of the dialog in the image above.
There are several ways to get the dimension values. Use the "switch symbols" button when editing a feature or when annotations are shown.
Are you talking about showing the annotation in a drawing?
The dimension has to be normal to a view. Alternatively, you can use the depth parameter of that feature in a note to maintain associativity.
Here is an example that will work in both model annotation and drawing annotation.
How did you get that depth character?
Those are text symbols. See the lower right corner of the dialog in the image above.
There are several ways to get the dimension values. Use the "switch symbols" button when editing a feature or when annotations are shown.
The problem isn't solved. In CREO 5 the dim annotation 'dimension text' dialog does not have a depth symbol.
It's still there. You just need to scroll down.

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The measurement of a drilled, reamed or formed hole depth may be inspected in a wide variety of methods. It can be as simple as applying masking tape to a drill or reamer to ensure the hole is deep enough, or as complex as the use of coordinate measuring machines and vision systems. The importance and applicable tolerance of the hole depth will dictate the accuracy and, in many cases, the method that is used to inspect the hole.

Grinding something as simple as depth notches or depth steps on the go plug gage is a popular option. The notches will provide a quick and accurate inspection of the depth and the minimum diameter of the hole, on the same gage. The notches serve as a visual indication of the pass/fail inspection of the depth of the hole. As with all types of measurement, there are rules that need to be applied to ensure the accuracy of the measurement.
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A hole in a part can have many functions, including acting as a fixation point, offering passage to other parts and reducing a parts weight.

The most convenient hole shape is a circular hole. The core pin required, is a common part available in many different sizes and materials. Using core pins also offers some flexibility as replacing a core pin for a slightly bigger or smaller one often only requires minor tool modifications.
Obviously, holes can’t always be circular, and they don’t need to be. Differently shaped holes can be made using custom cores.
From a tool manufacturing point of view, it’s easiest to create a hole with a centerline parallel to the draw direction of the tool. The simple construction of a static core makes it sturdy, low-maintenance and relatively cheap.
Holes with an axis that isn’t parallel to the mold opening direction, are mostly made using retractable pins or split tools. Core pins should be draw polished and include draft to facilitate ejection. In some cases, retractable cores can be avoided: if the part design allows for an extreme taper in the wall, a hole perpendicular to the draw direction can be formed by the main static core.

A hole may be a through hole (or ‘thru-hole’) or a blind hole. A through hole goes all the way through a part's wall. In other words, there’s an opening on both sides. A blind hole, however, has a specific depth, it doesn’t break through to the other side of the workpiece.
Whether the hole goes all the way through or not makes a big difference from a manufacturing point of view. If it does, the core can be supported on both ends. The longer and/or thinner a core is, the more important this is. A core supported on both sides is less likely to bend or even break during injection molding.
When molten material flows around a core pin during injection molding, a weldline occurs on the opposite side of where it first reaches the core. If weldlines are not permissible due to strength or appearance requirements, holes may be partially cored to facilitate drilling as a post-molding operation.
As mentioned above, the length of the core pin, and therefore the depth of the hole, is limited by the ability of the core pin to withstand any deflection imposed on it by the melt during the injection phase. Through holes can be longer than blind holes because their core can be supported on both sides of the mold cavity. The following are some general guidelines for hole dimensioning:
Figure 2 - Blind hole design recommendations
Figure 4 - Minimum hole spacing dimensions

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