> For the complete documentation index, see [llms.txt](https://docs.dietrichs.com/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.dietrichs.com/dietrichs-intelligent-documentation/docs-de-en/design-program/modellbereiche/dicam/editings/leaves/face-joint.md).

# Face Joint

## Assigning the end plate

{% embed url="<https://youtu.be/s4wQYeQ58E0>" %}

For the end plate you can either call the function first and then select the two members that shall receive the connection, or you can first select members and then call the function. In the latter case select only the abutting members that will create the end plate. Only after closing the dialog box do you select the abutted members that will receive the plate.

## Parameters of the end plate

{% embed url="<https://youtu.be/Tz99Goj397U>" %}

When entering end plates, various parameters are available. Regardless of which option is chosen in the "end cut" field, a plate in member 2 will always result for a right-angle connection (member 1 abuts member 2 at a right angle). The options in the "end cut" field only affect non-right-angle connections.

**End cut:** With the "right-angle + depth" option, member 1 is cut at a right angle and a notch or a plate is created in member 2, depending on the option selected in the next field "right-angle execution" and on the penetration depth. The desired depth corresponds to the penetration depth measured perpendicular to member 2.

With the "right-angle + bearing" option, member 1 is also cut at a right angle and a notch or plate is created in member 2, depending on the option in the next field "right-angle execution." However, the depth of the notch or plate is not measured perpendicular to member 2; instead the bearing width on member 2 is measured.

With the "pointed" option, member 2 is cut parallel to member 1. Member 2 penetrates into member 1 as far as specified in the "penetration depth" field. Member 2 receives a simple plate. This results in small open triangles in member 2 on both sides of member 1. This form of end plate is not ideal for load transfer, but fabrication is simple because only one plate and one cut are produced.

With the final "fitted" option a better connection situation is created, although it is more complex to manufacture. Member 1 receives two cuts: one parallel to member 1 and a further cut perpendicular to member 1 to trim the tip. Member 2 receives a plate and additionally a small notch to close the connection on the other side of member 1.

<figure><img src="/files/ba81b8a322390778a791be5f4e1830a526e828fe" alt=""><figcaption></figcaption></figure>


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