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3D printed obturators - An innovative journey.

Aditya Kapoor¹, Ruchi Gupta², Arpit Sikri³

¹Dental Care Clinic, Dharam Marg, New Delhi Municipal Council, New Delhi, India.

Journal of Family Medicine and Primary Care

|March 14, 2022

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Feeding difficulties in children with cleft palate are challenging. The D-cleft device offers an improved, accessible solution for better feeding experiences before corrective surgery.

Area of Science:

Pediatric surgery
Biomedical engineering
Developmental pediatrics

Background:

Children with cleft palate experience feeding difficulties, causing physical and psychological distress.
Current feeding aids present challenges such as complex fabrication, high cost, and limited availability.

Observation:

Existing feeding modalities for cleft palate children are often problematic.
Parents face significant discouragement due to the child's feeding ordeal.

Findings:

The D-cleft device has undergone extensive clinical trials and prototype development.
Improvements have addressed previous disadvantages, resulting in a user-friendly, flexible, biocompatible, affordable, and customizable solution.

Implications:

Keywords:

3D printing machine Complete D-cleft denture feeder feeding plate obturator stereolithography

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The D-cleft device aims to significantly improve the feeding experience for infants with cleft palate.
This innovation offers a more accessible and effective feeding solution, easing the burden on families.
The development highlights the potential for custom-designed medical devices to address specific pediatric challenges.