Calmare® Scrambler Therapy: Rewriting the Brain’s Narrative on Pain

Sep 2, 2025

Picture of a person's head showing the inside of the brain and it firing up inside, showing the neural pathways
Picture of a person's head showing the inside of the brain and it firing up inside, showing the neural pathways

Chronic pain is more than a sensation; it’s an experience shaped by the brain, emotions, and daily context. Calmare® Scrambler therapy offers a novel, non-invasive approach that seeks to retrain the brain’s interpretation of pain rather than simply dampening signals with a typical tens unit, drugs or cutting nerves. By delivering carefully crafted electrical signals through surface electrodes, Calmare® Scrambler Therapy aims to mimic the patterns of natural, non-pain signals, encouraging the nervous system to reframe pain at its source. This blog explores what makes Calmare® Scrambler Therapy unique, how it works, what to expect in practice, and how to evaluate its value for prospective patients.

What is Calmare® Scrambler Therapy?

Calmare® Scrambler therapy, also known as scrambler therapy, is a non-invasive neuromodulation treatment designed to relieve chronic neuropathic and other types of pain. It uses a device that delivers low-intensity, pulsed electrical signals through surface electrodes placed on the skin. Unlike traditional nerve stimulation, which reinforces or blocks specific nerve pathways, Calmare® Scrambler Therapy is intended to “scramble” pain signals, re-educating the brain’s interpretation of incoming sensory information.

How Does Calmare® Scrambler Therapy Work?

Calmare® Scrambler Therapy was developed in Italy in 2003 by Dr. Giuseppe Marineo, a neurophysiologist. The therapy emerged from the need to find effective treatments for patients suffering from chronic pain conditions, particularly those unresponsive to standard pain management techniques. Dr. Marineo's research focused on how pain signals are transmitted through the nervous system and how they can be disrupted. The therapy centers on neuroplasticity—the brain’s ability to reorganize itself in response to training and stimuli. During a Calmare® Scrambler Therapy session, the device delivers sequences of artificial “non-pain” images of pain relief, delivered through cutaneously placed electrodes. These signals are designed to resemble natural, pleasant or neutral sensory input, with the goal of reprogramming the brain’s pain matrix to interpret certain inputs as non-painful.

What Makes Calmare® Scrambler Therapy Distinct?

  • Non-invasive and opioid-sparing: It avoids systemic drugs and surgical interventions for many patients.

  • Mechanism-focused treatment: Rather than broadly blocking nerves, it targets the brain’s interpretation of pain.

  • Patient-centered, adaptable approach: Sessions are tailored to individual pain patterns and tolerances.

  • Emerging Research and Clinical Studies: While not universally adopted, a growing number of studies and clinical reports support Calmare® Scrambler Therapy’s effectiveness at improving various chronic pain conditions. Read more here.

  • Accessibility: Typically delivered on an outpatient basis, with relatively short sessions and minimal downtime. Though not readily accessible, there are more and more providers entering the market as a result of it’s success.

How Calmare® Scrambler Therapy Compares to Other Modalities

Here’s a practical snapshot comparing Calmare® Scrambler Therapy with other common pain management modalities:

  1. Calmare® Scrambler Therapy

 Mechanism: Re-educates the brain’s interpretation of pain via non-pain electrical signals (neural retraining)

Invasiveness: Non-invasive

Typical aim: Pain relief through neuroplastic changes; may reduce dependence on drugs

Session profile: Outpatient, 30–60 minutes per session, multi-session course over weeks

Evidence: Mixed but growing; supportive reports across several chronic pain conditions

  1. TENS (Transcutaneous Electrical Nerve Stimulation)

Mechanism: Far-field electrical stimulation aimed at blocking or modulating pain signals at the spinal or peripheral nerve level (gate-control theory)

Invasiveness: Non-invasive

Typical aim: Short- to medium-term pain relief; often used for acute or chronic pain

Session profile: Can be used at home or in clinics; flexible duration (minutes to hours)

Evidence: Moderate support for certain pain types; results highly variable among individuals

  1. PEMF (Pulsed Electromagnetic Field Therapy)

Mechanism: Uses electromagnetic fields to influence cellular signaling and tissue repair; indirect pain relief

Invasiveness: Non-invasive

Typical aim: Pain reduction, inflammation modulation, healing support

Session profile: Varies; often longer-term treatment plans

Evidence: Mixed; more robust for some musculoskeletal conditions and healing contexts

  1. Spinall Cord Stimulation (SCS)

Mechanism: Invasive device that delivers electrical pulses to the dorsal columns of the spinal cord to reduce pain signal transmission

Invasiveness: Invasive (requires implantation)

Typical aim: Long-term pain reduction for selected refractory conditions

Session profile: Implantation followed by programming and follow-up

Evidence: Strong for certain neuropathic pain syndromes; requires careful patient selection

  1. Opioid/Pharmacologic Therapies

Mechanism: Systemic modulation of pain perception and/or nervous system signaling

Invasiveness: Non-invasive but with systemic effects

Typical aim: Pain relief, but with risks of dependence, tolerance, and side effects

Session profile: Medication-based; ongoing dosing

Evidence: Variable; benefits must be weighed against risks and side effects

  1. Physical Therapy and Exercise

Mechanism: improves function, reduces pain through movement, conditioning, and neuromuscular adaptations

Invasiveness: Non-invasive

Typical aim: Functional improvement and pain reduction

Session profile: Regular sessions, often combined with home exercise programs

Evidence: Strong for many chronic pain conditions when tailored to the individual

What to Expect: The Patient Experience

What happens in a typical Calmare® Scrambler Therapy session: A clinician places electrodes on the skin and programs the device to deliver gentle electrical stimuli. Sessions may last 45–60 minutes, with a course often spanning multiple sessions over several weeks. To read more about a typical Calmare® Scrambler Therapy session with Dr. Orlando, click here.

Sensations during treatment: Many patients describe a mild tingling, warmth, or discomfort-free experience. Some may feel brief, manageable sensations as the brain adapts.

Side effects and safety: Calmare® Scrambler therapy is generally well-tolerated. Some people may experience skin irritation at electrode sites or temporary changes in sensation.

Realistic timelines: Improvement can vary. Some patients report relief after a few sessions, while others may need a full course to notice meaningful benefits. For some, benefits persist beyond treatment, while others may require maintenance sessions.

Navigating Expectations: Benefits, Limitations, and Misconceptions

Benefits: Potential reductions in pain intensity, improved function, and better quality of life for some patients.

Limitations: Not every patient experiences relief, and benefits may wane without ongoing sessions or complementary therapies.

Misconceptions to avoid: Calmare® Scrambler Therapy is not a cure-all and results can be highly individual. It’s not a replacement for all other treatments but can complement a broader pain management plan.

Making Calmare® Scrambler Therapy Part of a Broader Pain Management Plan

Chronic pain is best managed with a holistic approach. Calmare® Scrambler Therapy can be integrated with physical therapy, exercise and water therapy, red and infrared light therapy, cognitive-behavioral strategies, nutrition, sleep optimization, and social support. Coordinating care among clinicians—primary care, pain specialists, physical therapists, and mental health professionals—can enhance outcomes and help sustain improvements.

Closing Thoughts

Calmare® Scrambler Therapy represents an innovative approach to chronic pain that emphasizes the brain’s role in pain perception. For those interested in exploring Calmare® Scrambler Therapy, Dr. Orlando is a highly respected chiropractor and pain management specialist, with over 26 years of experience, including 7+ years dedicated to Calmare®  Scrambler Therapy. Dr. Orlando has successfully treated hundreds of patients with chronic neuropathic pain conditions, including CRPS, CIPN, small fiber neuropathy and complex full body cases, emphasizing expertise and precision in administering this drug-free therapy for optimal results. Dr. Orlando offers complimentary consultations to discuss your individual health needs and determine if Calmare® Scrambler Therapy is a suitable option.

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