Activator Technique
A gentle, instrument-based adjustment method that delivers precise, targeted corrections without the traditional manual thrust. Ideal for patients who prefer a softer approach to chiropractic care.
What Is The Activator Technique?
The Activator Method uses a small, spring-loaded instrument called the Activator Adjusting Instrument to deliver a gentle, low-force impulse to the spine. The device produces a quick, precise thrust that is so fast the body's muscles don't have time to tense up and resist the adjustment, making it extremely effective and comfortable.
This technique is one of the most researched chiropractic methods in the world and is particularly well-suited for patients who are nervous about traditional manual adjustments, elderly patients, children, and those with acute pain conditions. Dr. Brady often combines the Activator technique with traditional adjustments based on each patient's individual needs and comfort level.
Benefits of Treatment
Extremely Gentle
Low-force impulse that is comfortable for patients of all ages and conditions
Precise Targeting
Pinpoint accuracy delivers the adjustment exactly where it is needed
Quick Recovery
Minimal post-adjustment soreness compared to manual techniques
Fast Application
Efficient treatment sessions that fit easily into your schedule
Gentle, Precise Adjustments
The Activator Method uses a small, handheld spring-loaded instrument to deliver a gentle impulse to the spine. This controlled force allows Dr. Brady to target specific vertebrae and joints with pinpoint accuracy, making it one of the most researched chiropractic techniques in the world.
This technique is especially popular with patients who prefer a lighter touch, including elderly patients, children, and those with conditions where traditional manual adjustments may not be appropriate.
Who Benefits Most
Frequently Asked Questions
Experience Gentle, Effective Care
Schedule your consultation to experience the comfort and precision of the Activator Technique with Dr. Brady Fielding.