Thiis is a custom tab.
Electronic laryngeal speaker:
Can quickly restore language function and chat with family and friends.
Comfortable feel
Close to real person pronunciation
Support old for new
Suitable for:
Patients who cannot speak and pronounce due to complete head removal after surgery
Patients with hemi-laryngectomy who have half of their throat removed and speak very softly
Patients with organ removal who have vocal cord compression and damage caused by acquired causes Patients with vocal cord removal
Patients who have undergone tracheotomy
Easy to operate and use
Audio volume can be freely controlled
Audio volume can be freely adjusted to make communication barrier-free
Long-lasting battery life and long-lasting experience without worrying about going out
Large-capacity battery life, say goodbye to power worries, no longer affected by power outages.
1\Electronic Larynx,Electronic Larynx comfortable feel ,Electronic Larynx large-capacity battery life
2\Electronic Larynx,Electronic Larynx comfortable feel ,Electronic Larynx large-capacity battery life
3\Electronic Larynx,Electronic Larynx comfortable feel ,Electronic Larynx large-capacity battery life
4\ There is no time to wait any longer. After four minutes of oxygen deprivation, even if the patient doesn't die, the brain will suffer permanent damage. Finally, I picked up the scalpel and made the incision. I cut a 7-centimeter long incision from left to right in the center of the patient's neck. The intern used retractors to hold the wound open while I deepened the incision with scissors. Although there was no major bleeding, blood had flooded the wound, and I couldn't see anything. I called for the suction device, but it wasn't working at that moment—previous use had clogged the tube with tissue debris. "Get some new tubing!" I shouted. "Where's the light?!" Finally, a hospital aide pushed in a high-mounted lamp, but it was still too dim. I thought how nice it would be to have a strong flashlight. After suctioning out the blood, I used my fingertips to explore the wound. This time, I felt like I found the cricothyroid membrane. But I still wasn't completely sure. At that moment, Old Ben, an experienced anesthetist with white hair, walked in. Arthur quickly briefed him on the patient's condition and stepped back to let him take over. I held the scalpel like a pen, thinking I would cut here, then pressed down hard. Suddenly, my hand felt empty; I had made a 2.5-centimeter long opening. As I inserted my index finger inside, it felt like I had opened up a space, but where was the expected sound of air flowing? Was the incision deep enough? Did I cut in the right place? "I think I've gone in," I said to encourage myself and ease everyone's tension. "Let's hope so," Old Ben replied. "She doesn't have much time left." I took the tracheostomy tube and twisted it until it finally fit in tightly. At that moment, Benson arrived. He leaned over to look and asked, "Is the tracheostomy tube in?" "I think so," I replied. We connected one end of the oxygen mask to the tracheostomy tube. As soon as we pressed on the bag, air leaked out from the wound. Benson quickly put on gloves and a sterile gown. He asked, "How long has she been obstructed?" Electronic Larynx,Electronic Larynx comfortable feel ,Electronic Larynx large-capacity battery life
5\Electronic Larynx,Electronic Larynx comfortable feel ,Electronic Larynx large-capacity battery life
6\Electronic Larynx,Electronic Larynx comfortable feel ,Electronic Larynx large-capacity battery life
7\Electronic Larynx,Electronic Larynx comfortable feel ,Electronic Larynx large-capacity battery life
8\Electronic Larynx,Electronic Larynx comfortable feel ,Electronic Larynx large-capacity battery life
9\Electronic Larynx,Electronic Larynx comfortable feel ,Electronic Larynx large-capacity battery life
