<caption><image_4>The image is a table that shows the case III: 3D Printing of Metal Hip Joints. The table is divided into three columns and three rows. The first column is labeled "Location", the second column is titled "Transmission", and the third column is numbered "Number". 

The table shows the location of the 3D printing of metal hip joints, which is a type of metal joint that is used in 3D printers. The location is located in the top left corner of the table, and the location is in the bottom right corner.

In the center of the image, there is a list of the types of metal joints that are used in the printing process. The list includes:

- Transmission:
- Aluminum:
1. Aluminum is a high-quality metal joint with a thickness of 2.4 mm/g/m2.
2. Aluminum: This type of joint is used for printing, and it is typically used in a variety of applications such as printing, scanning, and printing.
3. Aluminum can be used for a specific type of printing, such as a printing press, printing, or printing press.
4. Metal can also be used to print, print, or print on</caption> elemental carbon by Method 5040 when measuring for carbon nanotubes.  These results place us in an uncertain situation, because more information should be collected Little is known on the toxicity of carbon nanotubes protruding from the surface of an epoxy particle, for example. In this case study, a 3D printer using a powder bed fusion process, a hot process, is used to manufacture metal hip joints.
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