Difficult Intubation Video Assisted Laryngoscope 2 Million Camera Pixels

Hot-Sale Reliable Video Assisted Laryngoscope For Difficult Intubation

Skills of using video assisted laryngoscope:

Epiglottoscopy and suctioning

• use video assisted laryngoscope to protract floor of mouth and mandible forward (minimal force) and use Yankauer to suction as you go to avoid putting the video assited laryngoscope tip in a pool of secretions
• use the Yankauer to drain the fluids and the retractor to lift the epiglottis off the posterior pharyngeal wall (overcome “epiglottis camouflage”)

Lifting to expand the viewing area

• additional jaw distraction and epiglottis control is done with significantly greater force (keep the face plane parallel to the ceiling)
• this opens the hypopharynx, maximizing laryngeal exposure and increases the space for tube delivery.

Tilting the optics toward the ET tube

• if the imaging lens of a hyperangulated device is tilted too close to the target there is no space for tube delivery and no viewing of the tube
• the imaging lens of hyperangulated devices look up toward the larynx, but the trachea follows the cervical and thoracic spine, diving posteriorly; by tilting the imaging toward the ET tube, this angle difference is lessened, making it easier to drive the tip of the tube into the larynx.

Two-stage tube delivery

• advance the tube slowly, until the tip comes into view
• then adjust your insertion angle and direction as needed to get to the second stage of tube delivery (i.e. insertion into the larynx)
• direct-video laryngoscopes like the C-Mac, McGrath Mac, or Glidescope Direct Trainer have tube delivery similar to direct laryngoscopy (straight-to-cuff 35 degree stylet shape, or even no stylet if preferred)
• if using a hyperangulated stylet then use “STOP, POP and DROP” method
  • stop stylet insertion after the tip is through the cords
  • pop the stylet out of the tube, and then
  • drop the now partially non-styletted tube into the trachea
• Another option is to rotate the hyperangulated stylet to the right 90 degrees (clockwise). Instead of the tip pointing upwards, the tip of the rotated tube now is better aligned with the tracheal axis and can be further advanced before the stylet is withdrawn.
• Following intubation, remove the stylet (especially if hyperangulated) from the endotracheal tube in a caudal direction (towards the foot of the bed) to decrease the risk of dislodging the endotracheal tube

Video Assisted Laryngoscope main features:

1. Clear view: Large depth of field, no blind area for intubation.

2. High resolution: 2 million pixels camera and 3" TFT clear color screen.

3. Intelligent: Built-in memory card is capable of data storage and output.

4. Faster: Unique anti-fog function, convenient and ready to use, no need for preheating.

5. Durable: High precision manufacturing process, ergonomic design handle with long service life.

6. Convenient: Portable laryngoscope with taking pictures, video recording, and frame freezing function.

7. Optimization: Large capacity imported rechargeable Li battery provides up to 6 hrs continuous usage.

8. Safety: Disposable sterilized blade packaging to prevent cross-infection for medical care personnel and patients.

9. Versatile: Integrated design applies for anesthesiology, ICU, pediatrics, emergency department, and ambulance for clinical tracheal intubation.