Dennis Lim — طبيب في فيتنام

Dennis Lim is referenced by Win Smile in the context of orthodontic education for paediatric and growth-related treatment planning. In Win Smile’s orthodontic materials, Dr. Lim is listed as part of MEAW comprehensive orthodontic training, supporting the clinic’s diagnosis-first approach to choosing braces or aligners. The clinic describes orthodontics as managed by diagnosis, biomechanics, and follow-up, with the orthodontic team evaluating tooth position, bite, facial relationships, and growth relationships when relevant. Win Smile also places Dr. Lim’s MEAW training alongside other publicly listed training elements: orthodontic training with Dr. Chrischang at National Taiwan University and advanced miniscrew orthodontic training with Dr. John Lin. Together, these training references align with Win Smile’s emphasis that technology supports decisions but does not replace clinical judgement and monitoring.

Education

• No specific education details are listed in the provided evidence.

Work experience

• No specific clinic role or employment dates are listed in the provided evidence.

Clinical focus and techniques

From the clinic’s public materials, Dr. Dennis Lim is associated with orthodontic training used to support paediatric orthodontic planning.

• MEAW comprehensive orthodontic training (as listed by Win Smile).

Courses and advanced training

• MEAW comprehensive orthodontic training — Dr. Dennis Lim (as listed by Win Smile).

Professional societies and certifications

• No specific memberships or certifications are listed in the provided evidence.

Awards and recognition

• No specific awards are listed in the provided evidence.

Win Smile’s orthodontic framework for children is presented as technology-supported and clinician-led, using digital scans, photography, radiographs when indicated, and digital setup to support planning. The clinic emphasizes follow-up feasibility and careful monitoring of growth and developmental milestones. For families, the goal is a secure roadmap that stays on the right path rather than forcing rapid movement.