Dental implant planning begins with data”but accuracy depends on how that data is

used. By combining CBCT (DICOM) imaging with intraoral scans (STL/PLY), clinicians can move from

approximate placement to fully guided, prosthetically driven surgery.

The Planning Process

The process starts with segmentation of anatomical structures: bone, teeth, nerves,

and sinuses. This ensures that implant positioning respects critical anatomy. Next, virtual implant

placement is performed based on restorative outcomes, not just available bone. The final step is

designing a surgical guide that controls drilling depth, angulation, and position.

Converting CBCT to STL

Converting CBCT to clean STL models is essential for precise planning. Poor

segmentation leads to inaccurate guides, which can compromise surgical safety. This is why

professional dental CAD services now include segmentation services as a standalone offering.

> Benefits of Advanced Planning:

Conclusion

When planning is reviewed by a clinician”not only a CAD operator”the result is a predictable

workflow

that bridges digital design and real surgery. For modern practices, CBCT-to-STL planning and

surgical guide design are no longer optional. They are the new standard for safe, efficient

implantology.

CBCT

STL

Implant Planning