What Is Invisalign?
Invisalign is a modern orthodontic treatment system that uses clear aligners to gradually move teeth into their ideal position — without the wires or brackets used in traditional braces. Each aligner is custom-made from BPA-free medical-grade plastic and designed using 3D digital scanning technology to fit your mouth precisely.
With its gentle yet precise approach, Invisalign has become a popular choice for those who want to enhance their smile while maintaining a natural and professional appearance.
Invisalign vs. Traditional Braces
Aspect | Invisalign | Conventional Braces |
Appearance | Clear and almost invisible | Noticeable wires and metal brackets |
Comfort | Smooth and gentle on gums | Can cause friction or irritation |
Oral Hygiene | Removable during meals and brushing | Harder to clean due to attached wires |
Dental Visits | Every 6–8 weeks | Every 4 weeks |
Treatment Duration | 6–18 months (depending on case) | 12–24 months (depending on case) |
With Invisalign, you can stay confident throughout your treatment — no lifestyle changes required.
How Do Clear Aligners Work?
The Invisalign process begins with a 3D digital scan of your teeth using an intraoral scanner. This data allows your dentist to plan each tooth movement step by step through specialized software.
Each set of aligners is worn for 10–14 days before switching to the next set, allowing gradual and controlled movement. To achieve optimal results, you should wear your clear aligners for about 20–22 hours per day.
Visible improvements often appear within the first 3 months, depending on the complexity of your case and your consistency in wearing the aligners.
Why Invisalign Is Ideal for Active Professionals
Invisalign is a favorite among professionals and busy adults because it offers:
Discreet comfort: nearly invisible and perfect for work or social events.
Flexibility: aligners can be removed for meals or important occasions.
Digital precision: view a simulation of your final smile before starting treatment.
Better hygiene: no food trapped like in metal braces.
The digital technology behind Invisalign Jakarta allows dentists to plan each movement accurately, ensuring results that are efficient, personalized, and natural.
The Invisalign Treatment Process
Initial Consultation & Digital Scan
A 3D scan and assessment are performed to determine your dental needs.Digital Planning (ClinCheck)
Your dentist shows a digital simulation of your tooth movement and expected final results.Aligner Fabrication
Your aligners are custom-made based on your treatment plan.Wearing the Aligners
Wear your aligners as instructed, switching to a new set according to schedule.Regular Check-Ups
Every 6–8 weeks, your dentist checks progress and makes adjustments if needed.Retainers After Treatment
Once your treatment is complete, retainers are used to maintain your new smile.
Who Is a Good Candidate for Invisalign?
Invisalign is effective for a range of orthodontic concerns, including:
Crowded teeth (crowding)
Gaps between teeth (diastema)
Bite issues (overbite, underbite, crossbite)
Teeth shifting after previous braces
However, complex orthodontic cases may still require further evaluation by a dental professional to determine if Invisalign is the best option.
Conclusion
Invisalign is a modern and aesthetic solution for those who want to straighten their teeth comfortably and discreetly. With clear aligners, digital precision, and predictable results, you can achieve a naturally beautiful smile without the hassle of traditional braces.
Consult with the professional team at ONYX Dental Center to find out if you’re a good candidate and start your journey toward a confident, elegant smile today.
Reference
Araújo, P.B. et al. (2019) ‘Orthodontic relapse - orthodontic treatment with invisalign: Case report’, International Journal of Advanced Engineering Research and Science, 6(12), pp. 523–526. doi:10.22161/ijaers.612.61.
Caruso, S., De Felice, M.E., Valenti, C. et al. An evaluation of the Invisalign® Aligner Technique and consideration of the force system: a systematic review. Syst Rev 13, 43 (2024). https://doi.org/10.1186/s13643-023-02437-5