If a part is too big for a machine, what is the best approach?

When a part is too large for a machine, cutting the model into smaller, manageable pieces and printing them separately is a highly effective approach. This method allows for the creation of the overall design while accommodating the limitations of the printing equipment.

By dividing the model, one can ensure that each piece fits within the machine's build volume. Additionally, this practice can lead to potential improvements in print quality, as smaller components often allow for better control over detail and can reduce the likelihood of issues related to warping or delamination that can occur with larger prints. Furthermore, assembling the printed parts post-production can yield a finished product that maintains the designed integrity and functionality.

The other approaches might not effectively address the issue of size. Resizing the part could compromise the design and functionality, while changing the color does not solve the problem of fitting the part within the machine. Adjusting machine settings might not provide a solution if the physical dimensions exceed capacity, as settings typically adjust parameters like temperature or speed, rather than the available build space. Thus, cutting the model into smaller parts is the most pragmatic solution in this scenario.