External Diaphragm & Abdominal Muscles Pacemaker TD100

Intended Use

The External Diaphragm & Abdominal Muscles Pacemaker is a new therapeutic device for pulmonary rehabilitation for the treatment of chronic obstructive pulmonary disease (COPD) and ICU-acquired frailty. The respiratory neuromuscular stimulator can quickly improve the exercise ability of COPD patients; it can also reduce the time of mechanical ventilation in ICU patients, fundamentally improve the patient's respiratory muscle strength and endurance, and enhance the exercise tolerance of respiratory muscles.
It is suitable for people with chronic obstructive pulmonary disease, respiratory failure, and ICU-acquired myasthenia.

Highlights

Safety: Using extracorporeal low-frequency pulse electrical stimulation technology, is well accepted by the human body, does no harm to the human body, and the treatment process is safer;

Varied: With six-channel external electrical stimulation, the diaphragm can be trained alone or in conjunction with the abdominal muscles, providing more treatment options;

Smart: Touch screen operation and animation guidance set the stimulation frequency according to the breathing frequency to synchronize the treatment process with the patient's breathing;

Accuracy: The six channels can independently adjust the intensity, quickly selecting the best training intensity for the patient, and making the treatment effect more precise;

Usability: Touch screen operation and animation guidance set the stimulation frequency according to the breathing frequency to synchronize the treatment process with the patient's breathing;

Effective: It is suitable for diaphragm muscle dysfunction caused by various reasons and is widely used in the rehabilitation treatment of chronic obstructive pulmonary disease and respiratory failure.

Mechanism

The human body's exhalation and inhalation are mainly caused by the relaxation and contraction of the diaphragm, abdominal muscles, and other auxiliary muscle groups. Functional electrical stimulation of the septal nerve and abdominal muscles through external electrodes causes the diaphragm and abdominal muscles to contract regularly, thereby increasing tidal volume, promoting the discharge of CO2 from the alveoli, and gradually improving the patient's respiratory muscle strength and endurance, increasing lung capacity. Enhance respiratory function and improve patients' quality of life.

Inhale

1. Diaphragm electrical stimulation work, diaphragm contraction;

2. Abdominal muscle electrical stimulation is turned off and abdominal muscles relax;

3. Increase chest expansion and inspiratory volume.

Exhale

1. Electrical stimulation of the diaphragm muscles closes and the diaphragm relaxes;

2. Electrical stimulation of the abdominal muscles works and the abdominal muscles contract; 

3. Increases the contraction range of the thorax and increases the expiration volume

Clinical Application
Respiratory muscle training is divided into active training and passive training, and the combination of the two has a better effect. Combined with lung function measurement and respiratory muscle strength measurement before and after training, the rehabilitation effect can be quantitatively evaluated and a fully closed loop of respiratory rehabilitation can be achieved.