1. Rhinoplasty control molds (transverse, basal, axial, final, final splint) reduce surgeon error rate during surgery and are used as a surgical guide during operation, so surgeon will be able to check correctness of the shape of different parts of the nose, which leads to an increase in exactitude and reduces the duration of operation.

2. Applicant's face will be 3D scanned leading to make a 3D model of patient's face.

3. Rhinoplasty control molds claim 2, wherein the created 3D model is imported in designing software and applicants can design their ideal form, in conjunction with surgeon's consultation.

4. Rhinoplasty control molds claim 1, wherein the custom control molds for rhinoplasty are designed based on patient ideal nose shape.

5. Rhinoplasty control molds claim 1, wherein the custom control molds are produced with 3D printer.

6. Rhinoplasty control molds claim 1, wherein the transverse mold is used after osteotomy as a guide to settle nasal skeleton correctly.

7. Rhinoplasty control molds claim 1, wherein the axial mold is used to check the dorsum, tip and columella.

8. Rhinoplasty control molds claim 1, wherein the Basal mold is used to check alar area.

9. Rhinoplasty control molds claim 1, wherein the final mold duty is checking the Dorsum, Tip and alar and basal area combined.

10. Rhinoplasty control molds claim 1, wherein the pre-shaped splint is used to maintain the nose parts in ideal form and reduce the surgery duration. Rhinoplasty control molds claim 1, wherein the control molds could be made of PLA, ABS, PVA, HIPS, PA, CE ABS, PETG, POM, PC materials.

12. Rhinoplasty control molds claim 1, wherein the control molds could be made of transparent materials.

13. Rhinoplasty control molds claim 1, wherein all the control molds could be sterilized before surgery.

14. Rhinoplasty control molds claim 1, wherein all the control molds are used as a surgical guide during operation for different steps of surgery,

15. Rhinoplasty control molds claim 1, wherein rhinoplasty with control molds could reduce the surgery duration and minimize surgeon's errors.