A Revolutionary New Way of Rehabilitation and Exercise

REVIVER® is a new Australian invention which provides a unique and effortless way to tone, strengthen and heal without impact or the traditional stresses of exercise.

Physical and mental benefits are created when patients are gently moved by consistent therapeutic brain activating motions, which are unique and patented to REVIVER®.

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Latest News

December 2018

New hope for atypical Parkinson’s patients

Immediate: Parkinson’s sufferer John Mutton says the Isodynamic REVIVER device works for him. Picture: John Veage

Atypical Parkinson patients will be the first to be tested,now that the Caringbah Isodynamics Corporation has had funding approval from the Federal Government.

Money will go towards clinical trials carried out by neuroscientists at Monash University, in conjunction with the CSIRO, of the locally produced Isodynamics REVIVER neuromuscular medical device.

Their rehabilitation clinic on 59 Cawarra Road has been achieving visible results using the device to exercise and naturally fire up the body’s neural and nervous pathways and the lymphatic systems, for patients with a wide range of diseases including Parkinson’s disease.

The trial’s approval has come from Parkinson’s patients, who reported improved balance, strength and mobility, with some patients even regaining their ability to swim, clap and walk backwards.

Parkinson’s disease is a brain condition that affects movement and coordination. Nerve cells die, and eventually a patient loses muscle control.

Atypical Parkinson’s is sometimes diagnosed initially as Parkinson’s. One of the main differences between the two conditions is that atypical Parkinsonism symptoms tend to come on earlier. Problems with balance, muscle freezing, thinking skills, speech, and swallowing, show up sooner. They also progress faster.

Cronulla’s John Mutton was diagnosed with Parkinson’s three years ago, but says he feels like he has had the condition for eight.

“I found I couldn’t coordinate with my swimming and developed a shake in my left hand,” he said.

“I found this place by accident after the diagnosing clinicians told me to exercise more and get my heart rate up. Here you can make it as hard or as easy as you like. It improved my balance immediately and I could swim again.

“It’s only 10 or 15 minutes a day on the device and costs me $30 a week membership. I’ve been tested three times and haven’t got any worse in 12 months – I’ve actually got stronger and quicker.”

There are 100,000 Parkinson’s sufferers in Australia with 11,000 being diagnosed each year.

Isodynamics consultant Stephen Moss says exercise is the best treatment.

“Atypical Parkinson’s is a perfect control study because it cant be cured with drugs, so there are no alternatives,” he said.

“We are a new device with credibility. We are doing it properly but can’t make any formal claims until we have the results.”

The Isodynamic REVIVER machines are Australian made and are produced nearby in Meta Street by Craig Glenn and Ross Dean from Cross Precision Machining.

These trials are designed to show how the REVIVER device can help manage the disease and reduce suffering.

They are being conducted by Monash University in conjunction with the Alfred Hospital in Melbourne.

The groundbreaking trials are also being funded in part through a Commonwealth Innovation Connections grant, facilitated by the CSIRO SME Connect team.

See the full article here.

November 22nd 2018


Isodynamics Corporation Pty Ltd is pleased to announce that clinical trials using the Isodynamics REVIVER neuromuscular axial technology medical device are about to commence on patients suffering from atypical Parkinson’s disease.

The trials are designed to show how the REVIVER device can help manage the disease and reduce suffering. They are to be conducted by Monash University in conjunction with the Alfred hospital in Melbourne.

These groundbreaking trials are being funded in part through a Commonwealth Government Innovation Connections grant, facilitated by the CSIRO SME Connect team.

November 2018

The Isodynamic Reviver is changing the lives of people with chronic diseases

Life changing: Joe Mont is a Multiple Sclerosis sufferer that is back on his feet. Picture: John Veage

When Cronulla’s Geoff Redmond noticed his elderly mother’s health was noticeably deteriorating it prompted him to think about how exercise could be condensed into its simplest form to help her.

Witnessing his mother’s health issues spurred Mr Redmond to build the first prototype of a medical device he called the Isodynamics Reviver.

Three years on the device has been refined to simply use the natural efects of gravity to help awaken the muscle and brain connections of the body and help change the lives of people with chronic diseases.

The benefits of using the Isodynamic Reviver have been described as “miraculous” by patients and their families and the revolutionary machine has even attracted the interest of the Prime Minister and the CSIRO.

Mr Redmond said it was not a miracle but simply the use of gravity and gentle movement created by the machines that result in positive outcomes for patients.

“It’s a neuromuscular medical exerciser that is available to people who can’t normally get the benefits of exercise,” Mr Redmond said.

“It stimulates blood flow to the muscles and brain function through electrical responses and all with the use of gravity.

“It’s very low impact, there’s no pain and there is very little effort required – your body does the work for you.

Mr Redmond said one of the major design principles of the Revivor is to maximise the effects of gravity, and to maximise the participants’ counter-reaction to gravity.

The natural response of the body being tilted in a radial fashion to gravity causes uniform firing of the neural pathways.

This creates the sending and receiving of electrical signals throughout the nervous system, which can activate segments throughout the body that may be dormant due to injury, disease or disability.

Inventor: Geoff Redmond at his Caringbah facility. Picture: John Veage

The Isodynamics Reviver facility at 59a Cawarra Road, Caringbah, is a pilot centre which recently had a visit from Prime Minister Scott Morrison and has attracted a broad spectrum of interest from politicians, coaches and sports stars like Ian Thorpe who have all had a look at the technology.

A CSIRO study of the facility has coincided with the start of a  60 person Parkinson’s clinical trial of its benefits.

Use of the Isodynamics Reviver is NDIS and health fund approved and some disability sector patients travel as much as five hours just to use the device at the only facility in Australia.

Three years ago Bruce McCray was diagnosed with Rheumatoid Arthritis – a chronic auto immune condition – and was told by specialists it was the worst case they had seen and he would be “crippled for life”.

“I’ve been coming here for three months now, twice a week only 10 minutes a session and the results really have been extraordinary,” Mr McCray said.

“The professor of rheumatology I’ve been seeing said ‘Bruce what have you been doing?’. I told him and he said ‘Well whatever you’re doing, keep doing it’.”

Shalani McCray said her husband’s improvement had been remarkable.

“I worry about gushing about it but it truly seems miraculous,” Mrs McCray said.

The device isn’t a cure-all but all the anecdotal evidence suggests that it can improve a patient’s strength, balance mobility and reduce pain caused by neurological dysfunction.

It can help many conditions like Alzheimer’s, Multiple sclerosis, Parkinson’s,  Autism, arthritis and the effects of strokes and brain Injury.

Joe Mont, 36, was diagnosed with Multiple Sclerosis in 2011.

“With MS if you don’t move you get really stiff and I hadn’t done a proper workout for 5 years,” Mr Mont said.

“When Geoff put me in a position to do a core workout, I woke up feeling like my whole body had been worked over.

“Everything has now changed for me – the physios are unreal helping me on the machines, it really helps me.”

Mario Cirino started using the Reviver device to help him deal with Parkinson’s Disease symptoms.

His wife Rosemary said the device had “helped him immensely”.

“He got to the stage where he couldn’t walk backwards anymore and used to walk with a big stoop,” Mrs Cirino said.

“But now that he is using the Reviver machine he can actually walk backwards again and he doesn’t stoop anymore.

“It hasn’t been that long maybe 2 or 3 months and the difference has been astounding.

“He’s started doing chores around the garden, it’s just been incredible.”

See the full article here.

November 2018

SOTO proud to be involved with revolutionary Isodynamics Reviver ‘Adam & Eve Machine’

Australian inventors have a history of quietly coming up with world-first devices and technologies, including such familiarities as the cochlear implant, WiFi, and the aviation ‘black box.’ The salubrious Sydney suburb of Cronulla is on the verge of being put on the innovation map by another outstanding inventor.

See the full article on SOTO here.


The natural response of the body being tilted in a radial fashion to gravity causes uniform firing of the neural pathways. This creates the sending and receiving of electrical signals throughout the nervous system, which can activate segments throughout the body that may be dormant due to injury, disease or disability. This in turn improves overall health, strength, balance, mobility and wellbeing.

REVIVER® Neuromuscular Rehabilitation Therapy helps many patients with conditions such as:

  • Alzheimer’s
  • Arthritis
  • Autism
  • Mental Illness
  • Spasticity
  • Balance Issues
  • Brain Injury
  • High Blood Pressure
  • Multiple Sclerosis
  • Obesity
  • Osteoporosis
  • Parkinson’s
  • Stroke
  • Poor Circulation

Consultation Cost and Conditions

Patient’s details will be taken by the Accredited Exercise Physiologist who will propose a REVIVER® agreed therapy program specific to each patient’s needs. REVIVER® devices are a new innovative solution for patients that need the benefits of exercise to tone and condition naturally, even if they are only capable of laying, sitting or standing in a static position due to disability. REVIVER® devices permit this to be done without the traditional effects of impact, pain or increase in cardio associated with exercise therapies.

NDIS and Health Fund Enquiries Welcome


In early 2016 the founder and inventor of the REVIVER®, Geoffrey Redmond was having dinner with his family including his son-in-law Luke, a physiotherapist. The conversation turned to the subject of health. Luke mentioned that exercise had the ability to cure most of the worlds diseases. This prompted the founder to think about how exercise could be condensed into its simplest form.

Some weeks later he visited his mother in the country. At the age of 86 she had noticeably deteriorated, becoming forgetful and her muscles cramping, reducing her ability to walk any short distance without pain.

Seeing his mothers obvious health issues caused Geoffrey to build the first prototype REVIVER®.

Now at the age of 89, his mother enjoys the strength and wellbeing of a person 10-15 years younger.

REVIVER® has produced a method of delivering the amazing benefits of exercise, in a single user-friendly patented motion. This makes REVIVER® the most efficient exercise machine invented to date as the concept design is based on gravity and it’s natural relationship with the entire body.

REVIVER® may be declared the pill called exercise: ready, willing and able to give simple relief from most of the worlds diseases – which to us, seems to be a most worthwhile cause.


Consultation and REVIVER® therapy is billed at
industry standard rates and we welcome NDIS and Health Fund enquiries.

If you would like more information or to discuss your condition, please contact us today.

Theories On The Scientific Principles Applicable To The Isodynamics Reviver

Thus far, self-reports by users of the Isodynamics REVIVER exercise device and simple observations by Isodynamics center staff indicate a myriad of benefits. A number of users demonstrate immediate and marked improvements in walking and posture, which persists through regular use. Regular use also produces visually evident increases in muscle tone, and some users report improvements in memory and reduction in pain symptoms from pre-existing ailments.

In what follows, the probable scientific basis of the observed improvements are explored. The physical benefits obtained from use of the REVIVER derive from improvements in both muscular and neural systems. These improvements can be explained by a number of principles; neuroplasticity, neuromodulation, assisted motion, recruitment of full-body automatic/reflex actions and utilisation of gravity.

Muscular Effects
Muscular atrophy is the reduction in muscle mass, caused primarily by lack of physical activity. Use of the REVIVER has the ability to reverse this effect considering the following principles.

Assisted Motion
For elderly people, or people with a physical impediment, a large range of natural motions and muscular activation patterns will not be available to them. Assisted motion is a prominent technique used in neuromuscular rehabilitation whereby some mechanism is used to help the person perform a motion that they would otherwise be unable to perform. For example, robotics are used in treatment of chronic stroke patients to aide in limb motor control, and has been shown to increase motor control (Kwakkel et al., 2008; Prange et al., 2006). In some studies, this improvement is greater than conventional movement therapies (Lum et al., 2002).

The REVIVER device fully supports the participant whilst moving them through a range of body positions. These body positions engage strongly and simultaneously a set of core and peripheral muscles required to keep the body upright. This engagement will strengthen those muscles and strengthen the neural pathways from the brain to those muscles, which may have weakened through non-use.

Automatic Responses
There are some cases in neurology where a specific function may be impaired, but if that function is part of a distinct or more complex process, then the impaired function can nevertheless be recruited. For example, some patients in advanced stages of Alzheimer’s disease may have impaired speech and communication, but can nevertheless sing along to familiar songs, and experience temporary improvements in communication (anecdotal) and reduction in agitation and anxiety (Gerdner, 2005) subsequent to music therapy.

The self-righting reflex in response to falling is an automatic reaction requiring minimal conscious decisions or actions. The REVIVER activates this response by placing the participant on positions at the edge of, and beyond their balance. This strong survival response appears to be recruiting motor patterns and muscles which had become weak through lack of use and reduced signaling, and which are no longer activated through the participants other physical activities or daily living.

Gravitational effects
All natural human movements evolved within the constraints of gravity and counteracting the force of gravity is a major component of these movements. The most striking example of the necessity of gravity in human physical function is the dramatic wastage of muscle tissue in astronauts exposed to periods of zero gravity.

One of the major design principles of the REVIVER is to maximise the effects of gravity, and to maximise the participants’ counter-reaction to gravity. In an upright position, as utilised in most physical activities and sports, minimal force is required to counteract gravity as the center of gravity is directly above their support base. In a tilted position, the participant has to counteract torques (rotational forces), due to their center of gravity being displaced from their support base. Counteracting these torques requires substantial muscular activation, yet due to the support of the device, this muscular activation is possible for most participants, even those with substantial movement impairment.

Neurological Effects
All motion other than simple reflexes originate in the brain. The brain and the body work as a single integrated system, and many physical impairments have origins in the brain. In fact, improvement in any movement or action, from hitting a tennis ball to walking up the stairs result from refining and strengthening of the neural circuits which compute and execute these actions. The strengthening of these circuits comes about by repetition and adaptation in response to external feedback.

The drastic improvements observed after relatively short periods of use on the REVIVER exercise device are most likely due to a process of neuromodulation. Neuromodulation is the alteration of nerve activity through targeted delivery of a stimulus, such as electrical stimulation or chemical agents, to specific neurological sites in the body. In the context of therapy, neuromodulation is primarily used as a means of inducing neuroplasticity, which is described in the following section.

Neural activation is crucial for neuroplasticity to occur. For example, stem cells can replace damaged oligodendrocytes and re-insulate axons, but will only do so if the neuron is active, which is often not the case for damaged or disused tissue. Neuromodulation for therapeutic purposes artificially activates natural intact pathways, and synchronises healthy neural tissue, leading to stronger connections and healthier neurons within these pathways (Kuo et al., 2014; Ridding and Ziemann, 2010). Neuromodulation can also enforce reconnection in malfunctioning tissue.

Neuromodulation has been used effectively for Parkinson’s Disease patients, whereby an implantable pulse generator is implanted in areas identified via Magnetic Resonance Imaging as defective. This treatment generally reduces motor symptoms and most patients can reduce medication (Benabid et al., 2009). Neuromodulation has also been used effectively for Epilepsy patients, where the vagus nerve is stimulated, and 30-50% of patients experience a reduction in seizure frequency and severity (Ben-Menachem, 2002). These therapies are quite invasive and require the implantation of a device. Less invasive methods involve application of a miniature electrode array to the tongue, a technique developed by the Neurorehabilitation group at the University of Wisconsin. This group applies the stimulation to the tongue at the same time as the patient carries out a movement task (Cranial Nerve, Non-Invasive Neuromodulation; CN-NINM). This combination is thought to be highly efficient at stimulating neuroplasticity (Danilov et al., 2007; Wildenberg et al., 2010). This technique yields large and rapid improvements in walking capabilities of traumatic brain injury and multiple sclerosis patients.

We have documented equally large and rapid improvements in low-mobility elderly participants, and in one case a cerebral palsy patient. The REVIVER uses a very similar principle to CN-NINM, but is even less invasive. The stimulus is the periodic perturbation of the vestibular system via circular motion at a tilted angle. Such a stimulation does not occur in day-to-day life. Although the input stimulus is not electrical, the stimulus (motion) will generate an electrical impulse in the vestibulocochlear (ear) nerve in much the same way as the microelectrode array in CN-NINM generated an electrical impulse in the hypoglossal (tongue) nerve. The combination of a targeted stimulus (the circular motion) with physical activity (the contracting and relaxing of muscles required to maintain equilibrium), is likely to enhance neuroplasticity in damaged or disused motor and balancing circuits. In fact, given the strong neural interconnections between balancing and motor systems, we hypothesise that the vestibular system is a particularly appropriate target for neuromodulation.

The brain has an innate ability to heal itself, and to compensate for lost function by strengthening existing pathways, or recruiting new pathways should an existing pathway be irrevocably damaged. There are a large number of mechanisms contributing to this ability, which are collectively termed neuroplasticity, and are described below.

1) Structural plasticity
Neurons themselves can change structurally. Requires neighbouring neurons to fire in synchrony. Receiving (postsynaptic) neuron can increase the length and number of dendrites (the branches of the neuron which pick up incoming signals). Transmitting neuron can create more axonal branches and terminals.

2) Synaptic plasticity
Neuroplasticity can occur at the terminal between two neurons. When a neuron is repeatedly active, the amount of neurotransmitter released for each impulse (action potential) increases. The number of receptors on the receiving neuron can also increase.

3) Myelination
Communication between neurons is critically dependent on the insulation of the wiring (axon) Axon is covered in myelin.
Speed of electric signal dependent on amount of myelin.
Use of a pathway increases the amount of myelin.

4) Neurogenesis
Thousands of new neurons are produced each day from stem cells. In the event of injury, stem cells migrate from their origin in the brain to damaged areas. It is not yet known whether and under what conditions these stem cells can repair damaged tissues.

We cannot say which of the above mechanisms are specifically targeted by the REVIVER device, but any alteration to brain function will be a result of one or multiple of the above mechanisms.

Exercise Effects on Brain Health
Some of the brain benefits from use of the REVIVER can be attributed simply to the more general benefits of any exercise to the brain. Humans evolved as a nomadic specie, constantly on the move, and today’s sedentary lifestyle does not provide the brain with the activity and nourishment needed for optimal performance. Physical activity is extremely beneficial for brain health via a number of themechanisms. Exercise increases the creation of new brain cells (neurogenesis), increases production of neurotrophic factors, which support the growth and survival of neurons and exercise increases blood flow to the brain (Hillman et al., 2008).

The primary cell in the brain is the neuron. Neurons consist of a cell body which receives signals and performs calculations, and axons, which relay signals to other neurons. Grey matter is the term used to refer to the cell bodies of neurons. Exercise increases the volume of grey matter in the hippocampus, the area of the brain responsible for memory formation, and the prefrontal cortex, involved in working memory, attentional control, decision making and behavioural inhibition. White matter is the term used to refer to the axons of the neurons, and more specifically, the myelin which insulates the axons and improves conduction of electrical signals. Exercise improves the structural integrity of the white matter tracts in the brain, and thus improves communication between different regions of the brain (Sexton et al., 2016). These positive effects of exercise on brain anatomy and physiology are accompanied by improvements in cognition, in particular executive function (Hillman et al., 2008; Hotting and Roder, 2013), which includes functions such as attentional control, planning and working memory.

It should be noted that the vast majority of studies looking at the effect of exercise on brain health consider aerobic exercise. The effects of resistance training are much less well documented. However, resistance exercise has been seen to improve executive cognitive function (Liu-Ambrose et al., 2012; Nagamatsu et al., 2012).

Since the REVIVER allows people to perform movement they may otherwise be unable to perform, then a large part of the benefit of the REVIVER derives from allowing people to tap in to these benefits of exercise which were previously unavailable to them. Furthermore, the improvements in muscle tone and balance acquired from using the REVIVER can allow elderly people to subsequently engage in more demanding activities, and thus further the neurological benefits of exercise.

The Motor System
The neural apparatus for executing movements is distributed throughout the brain. The primary motor cortex sends signals to the muscles via motor neurons telling them to contract. If the strength of this signal reduces, the efficacy of contraction reduces. But before this signal is sent to the muscles, a complex system of planning, feedback and modulation takes place in the brain. The premotor areas plan sequences of movements and integrate movements with sensory information, the cerebellum calibrates the timing and precision of movements, the basal ganglia modulate and smooth movements. Damage to any of these areas, or the connections between them will result in suboptimal movement. Additionally, non-use of these areas and circuits, either through physical impairment or changes in lifestyle will weaken the connections and excitability between the involved brain regions (Facchini et al., 2002; Kaneko et al., 2003). Conversely, the motor system displays a high degree of plasticity and can be strengthened through motor training (Adkins et al., 2006; Boroojerdi et al., 2001).

In summary, early observations indicate that the REVIVER is extremely promising as an exercise device and even as a therapeutic tool. Objective measurements and follow ups will be needed to validate its efficacy and determine in which conditions it is most effective. These trials are currently in planning stages. At this point we can say with very little speculation that the REVIVER device is particularly adept as a tool for elderly users with reduced function, as the device assists them to perform motions beyond their current physical capabilities, and activates muscles which are rarely used in day to day activities and are thus subject to atrophy.

Rapid improvements in some users are best explained in terms of neurological, rather than muscular phenomena. The closest precedent in the scientific literature is the emerging field of neuromodulation. The REVIVER inputs a strong, targeted and novel stimulus simultaneously to the user being engaged in some task, which is a hallmark of a number of more high tech neuromodulation strategies. This combination is thought to optimally stimulate neuroplasticity and strengthen the users’ natural neural systems, which could explain the rapid improvements in walking and posture in some users.

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Benabid, A.L., Chabardes, S., Mitrofanis, J., Pollak, P., 2009. Deep brain stimulation of the subthalamic nucleus for the treatment of Parkinson’s disease. Lancet Neurol 8(1), 67-81. Boroojerdi, B., Ziemann, U., Chen, R., Butefisch, C.M., Cohen, L.G., 2001. Mechanisms underlying human motor system plasticity. Muscle Nerve 24(5), 602-613.
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Consultation and REVIVER® therapy is billed at
industry standard rates and we welcome NDIS and Health Fund enquiries.

If you would like more information or to discuss your condition, please contact us today.