Boya
Procedure

Apparatus Physiotherapy

Apparatus physiotherapy complements physical and occupational therapy: currents of different frequencies, cerebellar stimulation and UHF help work with muscle tone, support weakened muscles and improve local circulation. The set of procedures and their settings are chosen by a doctor.

20 min
duration
Daily
frequency
20 days
course
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Description

How the procedure works

Apparatus physiotherapy is a supporting part of the rehabilitation programme. On its own it does not replace therapy sessions, but it helps prepare the muscles for work and sustain progress: easing excessive tension, supporting weakened muscles, improving local circulation. Every procedure is prescribed by a doctor after an examination.

Working with increased muscle tone

Low-frequency pulsed currents act on muscles held in a state of increased tone. Stimulating receptors in the tendons triggers a reflex response that helps reduce spasticity and widen the available range of movement. Spasticity is a state of raised muscle tension that makes movement difficult and can cause discomfort.

Medium-frequency electrotherapy

Medium-frequency currents act in several ways: they widen the vessels and increase local blood flow, help reduce pain and swelling, improve the elasticity of scar tissue, stimulate muscle contraction and help maintain muscle volume when mobility is limited.

It is used for weakness of the neck, limb, back and abdominal muscles, for both increased and reduced tone, for flaccid paresis, and after muscle strains and injuries.

Meridian electrostimulation

This method draws on the principles of traditional Chinese medicine: weak electrical impulses are applied to active points along the body's meridians. It is used to support nerve fibre conduction, ease pain associated with nerve damage, work with muscle tone and improve local circulation.

Cerebellar stimulation

Weak bioelectrical impulses are delivered through electrodes placed on the skin over the cerebellum. The cerebellum is responsible for movement coordination, balance and muscle tone. The method is used after birth trauma and hypoxia, after traumatic brain injury, in speech, intellectual and motor developmental delay, and where there are difficulties with memory and attention.

Sound frequency resonance therapy

The method uses sound waves of a particular frequency directed at the structures of the inner ear. It is applied to support microcirculation in the auditory system and improve hearing perception in children with reduced hearing. It is prescribed by an ENT specialist or the treating doctor following examination.

Physiotherapy for nerve damage

A dedicated device is used in partial denervation, muscle atrophy and other conditions linked to peripheral nerve damage — neuritis, plexitis, radiculitis.

UHF therapy

Ultra-high frequency therapy is used for inflammatory processes — for example neuritis or soft tissue inflammation — strictly as prescribed by a doctor.

Multifunctional limb stimulation

Low-frequency pulsed current acts on different muscle groups in a set sequence, imitating natural movement. This helps work on movement patterns in rigidity of the lower limbs, equinus foot, hemiplegia and paraplegia, and after nerve damage.

Procedure schedule

Most methods last around 20 minutes and run daily, in a 20-day course. Two methods have their own schedule: infrared heat therapy — 10 minutes, usually after pharmacopuncture or PIMS; extracorporeal shockwave therapy (ESWT) — 5–10 minutes, twice a week, over a 4-week course.

What parents should know

Procedures are spread through the day between physical, occupational and speech therapy so the child does not become overtired. If a procedure causes the child noticeable discomfort, tell the specialist straight away — the settings can be adjusted or the method changed.

1

Doctor's prescription

The doctor examines the child, assesses muscle tone, skin condition and any accompanying limitations, then decides which apparatus methods are suitable and which areas to work on.

2

Choosing the settings

For each method the frequency, intensity and duration are selected — taking the child's age into account and how they tolerate the first procedures.

3

Course of procedures

Procedures are spread through the day between physical, occupational and speech therapy sessions. A nurse or physiotherapist stays with the child throughout.

4

Tolerance monitoring

Specialists watch the skin reaction and the child's general condition and, if needed, reduce the intensity or change the method.

Photo Gallery

How Sessions Look

Important information

Indications and contraindications

Indications

Cerebral palsy — increased muscle tone (spasticity) and reduced tone (hypotonia)
Poor head control, weakness of the neck, back, abdominal and limb muscles
Rigidity of the lower limbs, equinus foot
Flaccid paresis and consequences of peripheral nerve damage, muscle atrophy
Consequences of traumatic brain injury, birth trauma and hypoxia
Speech, psycho-speech delay and cognitive difficulties — as part of a comprehensive programme
Reduced hearing in children — on separate prescription by a doctor

Contraindications

Acute infectious diseases and fever
Broken skin in the area where electrodes are applied
Implanted electronic devices or metal hardware in the treatment area
Decompensated heart or respiratory conditions
Oncological conditions
The final decision is made by a doctor after examining the child
Our doctors

Who performs the procedure

Han Conghui
Physiotherapy

Han Conghui韩聪慧

Physiotherapist

Liu Jinchuan
Physical therapy

Liu Jinchuan刘金钏

Head of the physical therapy team

Zhai Shuaibin
Physical therapy

Zhai Shuaibin翟帅斌

Physical therapist

Application

What diagnoses it helps with: Apparatus Physiotherapy

ADHD

Hyperactivity (ADHD)

The child struggles to hold attention, sit still, and hold back the first impulse — which gets in the way of learning and of getting along with others.

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Brachial plexus

Brachial Plexus Birth Injury

Damage to the brachial plexus nerves, most often during birth: the child's arm moves weakly and falls behind in development.

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CP

Cerebral Palsy (CP)

Persistent motor impairments caused by brain damage during pregnancy, birth, or the first months of life.

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Down syndrome

Down syndrome

A genetic condition linked to an extra copy of chromosome 21: low muscle tone and an individual pace of mastering movement, speech, and everyday skills.

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Facial nerve

Facial Nerve Palsy

Weakness of the facial muscles on one side of the face caused by damage to the facial nerve: facial asymmetry, the eye does not close fully.

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Gait

Gait Disorders

Toe walking, an asymmetric step, a waddling gait, and other features of the way a child walks.

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Motor delay

Motor development delay

A child reaches key motor milestones — rolling over, sitting, crawling, standing, walking — later than peers.

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Tone

Muscle Tone Disorders

Spasticity, hypotonia, and dystonia — conditions in which a child's muscles stay tense, are too slack, or tighten involuntarily.

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Weakness

Muscle Weakness

Reduced strength in the arms, legs, or trunk: the child tires quickly, is late to reach motor milestones, and struggles to hold posture.

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Peripheral nerves

Peripheral Nerve Injuries

Damage to the nerves of the arms and legs of various origins: muscle weakness, flaccid paresis, reduced sensation.

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