The S.H.I.V.A. Method is built around clinical intelligence, not dependence on any single tool. That’s why technologies like the Impulse iQ are used only when appropriate, based on each patient’s unique needs and presentation.
When integrated, the Impulse iQ helps us deliver spinal mobilization with enhanced precision, reducing joint sensitivity, supporting nervous system regulation, and promoting motion without forceful manipulation. It allows our therapists to work with your body, not against it.
But not every patient requires this tool, and not every session calls for it.
At Shiva Physical Therapy, your treatment is always personalized. The tools we choose are guided by one goal: supporting your body’s healing response in the safest, most efficient, and most comfortable way possible.
This advanced adjusting tool may be ideal for you if:
You’ve had anxiety or discomfort with manual adjustments
You suffer from acute or chronic spinal pain
You prefer a gentle, non-invasive approach
You’ve had limited results with traditional therapy
You want care that adapts in real time to your body’s needs
An Impulse iQ session feels like a series of light, rapid taps,far gentler than traditional adjustments. There is no twisting or sudden force. Most patients feel immediate relief or increased mobility after treatment, with minimal soreness or downtime.
Not exactly. The Impulse iQ delivers mobilization and neuromechanical input, but with computer-guided precision. It’s used by physical therapists, osteopaths, and chiropractors alike to improve motion and relieve pain, without manual cracking.
An industry article describing the development, innovation, and measurement framework behind the Impulse® and Impulse iQ® instruments.
Read Full Study →A published biomechanical comparison of chiropractic adjusting instruments (including mechanical/Impulse-type devices), showing force-time characteristics and motion responses.
Read Full Study →A research protocol that includes use of the Impulse iQ® instrument during thoracic spinal manipulation and highlights its role as an electromechanical manipulation tool.
Read Full Study →