Can You Speed Up Braces? What Really Works

Key Takeaway: When people get braces, one of their most common questions is: "How fast can this go?" It's natural to want faster results. The good news is that research has shown some ways to modestly accelerate tooth movement. The less exciting news is that...

When people get braces, one of their most common questions is: "How fast can this go?" It's natural to want faster results. The good news is that research has shown some ways to modestly accelerate tooth movement. The less exciting news is that there's no magic wand—tooth movement still follows biological rules that can't be completely overcome. Let's look at what actually works and what doesn't.

Why Teeth Move at Different Speeds

Before talking about speeding things up, it helps to understand what naturally affects how fast teeth move. Your bone density, your age, and your genes all play big roles. Teenagers typically have faster-moving teeth than adults because their bodies are more active in remodeling bone. People with lighter, more porous bone naturally see faster movement than those with very dense bone.

Your metabolism and overall health matter too. If you have thyroid problems or diabetes, that can slow down how quickly your teeth move. Even though you can't change these things, your orthodontist takes them into account when planning your treatment. On the mechanical side, lighter, continuous forces move teeth faster than heavy forces—which might surprise you, but it's true. The right wire technology and bracket design also make a real difference in speed.

How Much Do Teeth Normally Move?

To understand acceleration, you need to know the baseline. Under perfect conditions, a tooth might move about 1mm per month when the entire tooth is translating (moving as one unit). If a tooth is just tipping slightly, it can move a bit faster. Rotations are slower, typically progressing a couple degrees per month. Vertical movements are the slowest of all.

So if you need 8mm of movement, you're looking at something like 8-10 months of dedicated movement for that particular motion. This is important to know because anyone promising you braces in 3-4 months for significant crowding isn't being realistic about biology.

The Micro-Perforation Method: Real Results, Real Limitations

The most practical acceleration technique available is called micro-osteoperforations (Propel is one brand name). Here's what happens: your orthodontist makes dozens of tiny perforations in your bone using a special tool. These micro-injuries trigger your body's repair response, which includes intensified bone remodeling around your teeth.

The cool part? It actually works. Studies show you can get about 30-50% faster movement in the 2-3 months after the procedure. So that 1mm per month movement might become 1.5mm per month temporarily. The procedure takes about 10 minutes, feels like minor pressure (with topical numbing), causes minimal bleeding, and you can return to normal activities immediately.

But here's the catch: this acceleration only lasts about 2-3 months. After that, the effect wears off and movement returns to normal speed. If you want continued acceleration, you'd need to repeat the procedure every 2-3 months, which adds appointments and cost. Also, the effect is specific to whatever movement is happening at that moment—you can't speed up future movements by doing it early.

Surgical Acceleration: The Heavy-Duty Option

If you really want aggressive acceleration, there's a surgical procedure called corticotomy. This is basically a surgical version of micro-osteoperforations. The surgeon creates small surgical flaps and makes cuts through the bone plate, triggering a much more intense healing response. The acceleration can be more dramatic—potentially 40-70% faster—and it lasts longer (3-4 months).

The downside is that it's actual surgery. You'll need local anesthesia, there's some bleeding and swelling, and recovery takes 1-2 weeks. Your mouth will be sore for a few days, you'll need to be careful with what you eat, and you'll need to keep the area extremely clean. The cost is also much higher ($2,000-4,000). This approach really only makes sense if you have a severely crowded case where shaving off 6-12 months of treatment is worth the surgical hassle.

Vibration and Laser Devices: The Hype vs. Reality

You've probably heard about devices like AcceleDent that buzz your teeth with micro-vibrations, or laser therapy that supposedly speeds up bone remodeling. The marketing makes them sound great. The truth? The evidence just isn't there.

Vibration devices require 20 minutes of daily wear, compliance is challenging for most people, and rigorous scientific studies show minimal acceleration—if any. Laser therapy sounds sciency and promising, but the best research shows it doesn't actually accelerate tooth movement in real patients. The bottom line: save your money on these.

Planning Smart: Not All Cases Benefit Equally

Here's something important: simple cases don't benefit much from acceleration methods, period. If your teeth only need minor adjustment, acceleration saves you maybe a month or two at best. The real candidates for acceleration are patients with severe crowding or complex bite problems who would benefit from 6-12 months of time savings. Even then, you should only pursue acceleration if you're truly motivated—wanting faster results needs to matter enough to you that you're willing to undergo the procedure and manage the process.

Modern computer software can actually predict whether acceleration will meaningfully help your specific case. Your orthodontist can show you realistic timelines—something like "without acceleration, expect 24 months; with Propel applied strategically, expect 20-21 months." That honest prediction helps you make a good decision about whether acceleration is worth it for you.

The Reality Check on Timing

Let's be straight: there's no way to dramatically speed up braces. The reason is that your body's biological systems have limits. Your bone can only remodel so fast.

Your teeth can only move safely at certain speeds. Trying to push beyond those natural limits risks damaging your teeth and bone. The acceleration methods we discussed (especially Propel) work because they work with your body's natural processes, not against them.

The best acceleration is actually just optimizing the basics: using light, continuous forces and modern bracket systems. A well-treated case with conventional braces can sometimes be completed faster than a case with acceleration but less-optimized mechanics. It's a reminder that good fundamentals matter more than fancy add-ons.

Every patient's situation is unique. Talk to your dentist about the best approach for your specific needs.

References

1. Proffit WR, Fields HW, Sarver DM. Contemporary Orthodontics. 6th ed. St. Louis: Elsevier; 2019.

2. Wilcko WM, Wilcko T, Bouquot JE, Ferguson DJ. Rapid orthodontics with alveolar reshaping: two case reports of decortication-facilitated orthodontics. Int J Periodontics Restorative Dent. 2001;21(1):9-19.

3. Serrano AJ, Peña FM, Botero JE, Duarte CM. Effects of micro-osteoperforations on the rate of orthodontic movement. Quintessence Int. 2017;48(1):11-18.

4. Vignoletti F, Nunez J, Sanz M. Soft tissue healing following alveolar crest reduction: a histological study in animals. J Clin Periodontol. 2011;38(9):846-855.

5. DIS (Digital Innovation and Science). ClinCheck software for Invisalign treatment planning. 2024.

6. Somerman MJ, Oates TW, Griffin LL. Molecular and cell biology of implants. J Dent Educ. 2003;67(2):133-140.

7. Limpanichkul W, Goodyear K, Srisuk N, Zarrinnia K. Effects of low-level laser therapy on the rate of orthodontic tooth movement. Orthod Craniofac Res. 2006;9(1):38-43.

8. Sobouti F, Khatami SH, Izadi P, et al. Effectiveness of photobiomodulation on orthodontic tooth movement: A systematic review. J Dent (Tehran). 2020;17(2):108-119.

9. Davidovitch Z. Tooth movement. Crit Rev Oral Biol Med. 1991;2(4):411-450.

10. Nimeri G, Kau CH, Abou-Rabboa M, et al. Acceleration of tooth movement during orthodontic treatment--a frontier in biologic research. Front Oral Biol. 2016;18:163-171.

Related reading: Timeline for Braces Food Restrictions and Dietary and Optimal Orthodontic Appointment Frequency for Active.

Conclusion

: Fast Isn't Always Better

While acceleration methods exist, the honest answer to "can you speed this up" is: modestly, in some cases, if you're willing to pursue additional procedures. For most people, focusing on keeping your teeth clean, following your orthodontist's instructions, and understanding that your mouth is working hard to reshape itself is what matters most. A beautiful smile that takes 22-24 months is better than a compromised result from pushing too hard. Your orthodontist will help you find the right balance between speed and safety.

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> Key Takeaway: When people get braces, one of their most common questions is: "How fast can this go?" It's natural to want faster results.