The Phoenix Waveform doesn't stop when the active training session is over.
Phoenix combines our direct-current neuromuscular stimulation with a separate library of low-intensity Microcurrent programs designed to complement recovery.
During active Phoenix training, direct-current stimulation is used to help identify areas of altered electrical response, activate muscles, produce strong but tolerable muscular contractions, and integrate stimulation with active movement.
Microcurrent takes a very different approach.
Instead of creating a strong muscle contraction, Microcurrent uses extremely small electrical currents, measured in microamperes (µA)—to provide low-level electrical stimulation to the tissues.
Phoenix Microcurrent is designed to operate below sensation, meaning you may feel very little, or nothing at all, while the program is running.
Most conventional electrical muscle stimulation operates at current levels measured in milliamperes (mA).
Microcurrent operates at much lower levels measured in microamperes (µA)—one-millionth of an ampere.
Microcurrent therapy uses extremely low-level electrical currents that can be similar in magnitude to naturally occurring cellular electrical activity.
Because the current is so small, Microcurrent isn't primarily intended to create a powerful muscle contraction.
Its purpose is different:
Every repair process in the body requires energy.
That energy is largely supplied by ATP—adenosine triphosphate.
ATP is often referred to as the body's cellular energy currency because cells use it to power an enormous number of biological processes.
When tissues have been stressed or injured, cellular energy is required for processes involved in:
Cellular Repair
Protein Synthesis
Membrane Transport
Tissue Remodeling
Normal Cellular Function
This is one of the most interesting areas of Microcurrent research.
Experimental research has reported that certain low-level electrical currents can influence ATP production and amino-acid transport, two processes relevant to cellular repair.
Microcurrent research and our educational materials describe increased cellular energy production as one proposed mechanism through which Microcurrent may support tissue repair and recovery.
Because tissue doesn't repair itself simply because we tell it to heal.
Repair requires cellular energy.
Microcurrent is intended to provide a low-level electrical environment that may help support these cellular processes during recovery.
When you're recovering from an injury, the goal isn't simply to make a muscle contract.
The body may also be dealing with:
Pain
Inflammation
Swelling
Irritated Tendons
Muscle Guarding or Spasm
Impaired Circulation
Healing Tissue
Scar Tissue and Adhesions
Neural Irritation
That's why Phoenix includes Microcurrent as a separate recovery tool.
Microcurrent has been investigated for applications involving pain, tissue healing, inflammation, circulation, and rehabilitation, although the strength of the scientific evidence varies depending upon the condition and specific treatment parameters.
Microcurrent research has also examined its effects on cellular energy production. ATP provides energy for cellular processes involved in tissue repair and regeneration.
This is where the Phoenix approach becomes different.
Rather than asking one electrical waveform to accomplish everything, Phoenix provides two complementary electrical strategies.
Direct-current Phoenix programs are used during the active portion of rehabilitation and training.
Depending upon the protocol, Phoenix may be incorporated into:
HUNT Mapping
Neuromuscular Activation
Muscle Recruitment
Active Range of Motion
Eccentric Training
Mobility Work
Strengthening
Functional Movement
Gait Training
Sports-Specific Training
The patient isn't simply lying there while the machine does the work.
Phoenix is designed to allow stimulation to be combined with active movement and progressive neuromuscular training.
Then the treatment objective can change.
After active Phoenix training,—or as a separate recovery session—the appropriate Microcurrent program can be selected.
Instead of creating a strong muscular contraction, Microcurrent operates at extremely low electrical intensity.
There may not even be a noticeable sensation.
The objective changes from:
This gives Phoenix users the ability to address different phases of rehabilitation using the same system.
Use the appropriate Phoenix protocol to work on neuromuscular recruitment, movement quality, mobility, strength, and functional performance.
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Switch to the appropriate pre-programmed Microcurrent option and allow low-level electrical stimulation to complement the recovery phase.
Phoenix includes 14 preset Microcurrent programs, each designed around a specific treatment goal.
Designed for a treatment goal of reducing swelling and edema.
Designed around cellular-energy and recovery support.
Designed for treatment around irritated or recovering tendon tissue.
Designed for muscle recovery and inflammation-focused treatment.
Designed as the Microcurrent option when pain reduction is the primary treatment goal.
The Phoenix Microcurrent program designed around a bone-healing support goal.
The Phoenix Microcurrent program designed around a nerve-recovery support goal.
Designed around improving local blood-supply support.
Designed around a drainage and fluid-management treatment goal.
Designed for treatment focused on scar tissue and adhesion reduction.
The Phoenix Microcurrent program designed for cosmetic skin applications.
Designed as a general Microcurrent option for acute inflammation-focused treatment.
Designed around the Phoenix blood-nutrition treatment goal.
Designed for treatment where reducing muscle spasm is the primary objective.
The Phoenix Microcurrent programs are preset, allowing the user to select the program that corresponds with the treatment objective rather than manually programming individual electrical parameters.
This surprises many people.
They're accustomed to electrical stimulation producing tingling or strong muscular contractions.
Microcurrent is different.
You may:
Feel nothing at all
or
Feel only an extremely light sensation
That doesn't mean the device isn't working.
Microcurrent is specifically designed around very low electrical current, rather than the stronger sensory or motor stimulation associated with conventional electrical stimulation.
Phoenix makes Microcurrent simple.
Choose the Micro program that corresponds with your treatment goal.
Phoenix Microcurrent programs use the grey leads.
Microcurrent operates through Channels 1 and 3 only on the Phoenix.
For many applications, Phoenix uses a simple concept we call:
Identify the painful, tender, irritated, or injured area and position the electrodes around that region.
Other Phoenix protocols may use condition-specific electrode placements.
Once the electrodes are positioned, activate the Microcurrent program.
Remember:
You don't need to feel a strong electrical sensation for the Microcurrent program to be running.
Your Phoenix instructions specify grey leads and Channels 1 and 3 for Microcurrent.
One of our preferred ways of incorporating Microcurrent into a rehabilitation program is simple:
Use the appropriate active Phoenix program over the involved region.
Perform the appropriate neuromuscular activation, mobility, strengthening, or functional movement protocol.
After the active session, switch to the appropriate Phoenix Microcurrent program.
This allows you to combine:
within the same Phoenix system.
An athlete recovering from a tendon injury may need progressive loading and neuromuscular training.
But the tissue also needs recovery.
Someone rebuilding function after an injury may need stronger muscle recruitment and better movement.
But the recovering tissue still requires cellular energy.
Someone dealing with pain may need movement restored.
But pain and irritation can make movement difficult.
Use direct-current neuromuscular stimulation when the goal is activation, movement, and training.
Use Microcurrent when the goal shifts toward recovery support.
They aren't competing treatments.
Phoenix was developed around a simple idea:
Neuromuscular Activation
HUNT Mapping
Muscle Recruitment
Mobility
Strength
Functional Movement
Performance Training
Cellular Energy Support
Recovery Support
Pain-Focused Programs
Inflammation-Focused Programs
Circulatory-Support Programs
Tissue-Recovery Programs
Not every Phoenix Waveform treatment needs to be high intensity.
There are times when the goal isn't to produce a powerful muscle contraction, perform HUNT mapping or challenge the neuromuscular system.
Sometimes the goal is simply to turn the intensity down, create gentle rhythmic stimulation and transition into recovery.
That's why Phoenix includes the ECO Program.
ECO stands for Endorphin, Circulation and Oxygenation.
It is a low-frequency, cycling electrical stimulation program designed to provide a very different experience from the higher-frequency Phoenix programs used for HUNT mapping, muscle activation and neuromuscular training.
ECO automatically cycles through a range of low frequencies during a 12-minute session.
12 Hz → 8 Hz → 12 Hz
The frequency gradually cycles down and back over approximately 30-second intervals.
8 Hz → 4 Hz → 8 Hz
The program continues cycling through progressively lower frequencies.
Instead of remaining at one fixed frequency, ECO continually changes the stimulation frequency throughout the session.
The result is a gentler, rhythmic stimulation experience that is distinctly different from Phoenix's high-frequency neuromuscular programs.
Frequency changes how electrical stimulation interacts with sensory and motor nerves and influences the type of muscle response produced.
Phoenix's higher-frequency programs are designed for applications such as HUNT mapping, neuromuscular activation and movement-based training.
ECO serves a different purpose.
By cycling through lower frequencies, ECO can be used when you want comfortable, rhythmic stimulation rather than an intense sustained neuromuscular contraction.
Think of it as changing gears.
HUNT and higher-frequency Phoenix programs = activation and neuromuscular work
ECO = lower-frequency stimulation and recovery
Both have a place within the Phoenix system.
One of our favorite ways to use ECO is after a demanding Phoenix treatment or training session.
During higher-intensity electrical stimulation, the muscles and nervous system are being challenged.
After the work is finished, we don't necessarily need more high-intensity stimulation.
We can change the objective.
Reduce the intensity.
Allow the muscles to relax.
And finish with a comfortable period of low-frequency stimulation.
That's where ECO fits extremely well.
Older Phoenix training materials specifically recommend ECO as an option following strength training or higher-intensity Phoenix applications.
ECO can be incorporated into Phoenix sessions when a lower-frequency stimulation option is desired, particularly:
After a Phoenix HUNT or treatment session
Transition from higher-frequency stimulation to a lower-frequency finish.
After strength or performance training
Use ECO as part of the post-training recovery period.
After neuromuscular activation
Follow more demanding stimulation with a gentler rhythmic program.
During a recovery session
ECO can also be used independently when the objective is comfortable low-frequency electrical stimulation rather than high-intensity activation.
Dr. Jeff Banas, DC
Dr. Jeff Banas is a Chiropractic Sports Physician, Certified Strength & Conditioning Specialist, and Neurotherapy Expert with over 25 years of experience in musculoskeletal rehabilitation, neuromuscular re-education, and performance optimization.
He earned his Doctor of Chiropractic (DC) degree from the National University of Health Sciences, where he completed advanced training in:
Throughout his career, Dr. Banas has provided care for:
With extensive hands-on experience using systems such as ARPwave, Therastim, and other neuromodulation platforms, Dr. Banas helped develop the Phoenix Waveform, a clinician driven direct current neurotherapy device created as a more accessible and cost-effective alternative to traditional high-priced systems.
Dr. Banas focuses on restoring function by retraining the nervous system, activating inhibited muscles, improving movement patterns, and accelerating recovery through targeted DC neurostimulation and corrective protocols.
He provides:
Known for his clinical precision and evidence-based approach, Dr. Banas continues to work directly with patients and professionals seeking advanced neurotherapy solutions without the limitations of corporate sales models or restrictive leasing programs.
2026 Phoenix Waveform / Dr. Jeff Banas. All rights reserved.
The content on this website is for informational and educational purposes only and is not intended as medical advice. It should not be used to diagnose, treat, cure, or prevent any health condition. Always consult a licensed healthcare professional before beginning any new treatment, rehabilitation program, or use of electrotherapy or neuromodulation devices. Use of this website does not create a doctor–patient relationship. Individual results will vary.
