Precision-Guided Treatment
What Is Disclusion Time Reduction (DTR) Therapy?
If you're dealing with TMJ pain, frequent headaches, or discomfort when chewing, your bite might be the root of the problem. But figuring out exactly how your bite is contributing can be complex—that’s where Disclusion Time Reduction (DTR) Therapy comes in.
DTR is a high-tech, precision-guided treatment that uses two advanced tools:
- T-Scan®: a digital sensor that maps the timing and force of your bite
- EMG (electromyography): a tool that measures how your jaw muscles are firing during those movements
Together, they allow Dr. Caulfield to
objectively analyze your bite—something that’s nearly impossible to do with the naked eye or traditional articulating paper.
Your Path To Lasting Relief
At Epic Dentistry, DTR is part of our commitment to evidence-based, technology-driven care.
Because we rely on real data—not guesswork—you can expect:
- Faster results in fewer visits
- Fewer adjustments over time
- Improved muscle balance and joint stability
- Better outcomes, especially when combined with restorative or airway therapies
Many patients feel relief within days, with long-term resolution of chronic symptoms after just a few carefully guided sessions.
Precision = Pain Relief
DTR is most commonly used for patients struggling with:
- TMJ pain or jaw tension
- Headaches and facial muscle soreness
- Bite issues following restorations (crowns, veneers, etc.)
- Chronic clenching, grinding, or jaw fatigue
Rather than guess where your bite might be off, DTR gives us
real-time data on exactly what’s happening when you chew, bite, and move your jaw.
What We Can See With DTR
- Overactive contacts that put strain on your jaw during movement
- Delayed or uneven disclusion, where the back teeth don’t disengage fast enough
- Muscle hyperactivity, signaling your body is compensating for imbalance
- Bite imbalances that may be contributing to long-term wear, cracking, or discomfort
This data helps us
make targeted micro-adjustments to your bite that relieve tension, reduce inflammation, and support long-term stability.