VBM Manujet III: An Essential Ventilation Solution for Emergency Situations
The VBM Manujet III is a jet ventilation device designed to provide rapid and effective oxygenation in critical situations where conventional intubation or ventilation is not feasible. This device is indispensable in emergency departments, ambulances, operating rooms, and crash carts, where every second counts in saving lives. The Manujet III is particularly valuable in "cannot intubate - cannot ventilate" scenarios, where it helps prevent severe patient desaturation by ensuring adequate oxygenation.
In cases of upper airway obstruction, the transtracheal jet ventilation (TTJV) provided by the Manujet III is faster and simpler to implement than an emergency tracheostomy, while reducing potential complications. This device is also used electively for various medical procedures, such as microlaryngeal surgery, rigid bronchoscopy, ENT surgery, and to assist difficult fiberoptic intubation.
The Manujet III comes in a complete kit with injectors and catheters, making it ready for immediate use. Its simple mechanical system is lightweight and portable, facilitating its use in various medical environments. The device is equipped with a color-coded pressure gauge that displays pressure in both bar and psi, allowing for precise ventilation pressure monitoring. The pressure regulator, adjustable between 0 and 3.5 bar (0 to 50 psi), is secured by a locking mechanism, ensuring safe and reliable use.
The jet ventilation catheters used with the Manujet III allow for safe and atraumatic transtracheal access for oxygenation and ventilation. They are compatible with both manual (Manujet III) and automatic high-frequency jet ventilators. The catheters feature a steel needle for easy puncture without incision, enabling kink-free insertion. They also have lateral holes to keep the catheter away from the tracheal wall, reducing the "Venturi" effect and ensuring optimal ventilation.
The VBM Manujet III is an essential tool for healthcare professionals working in critical environments. Its ergonomic design and advanced features make it an ideal solution for rapid and safe patient oxygenation, thereby improving clinical outcomes and saving lives.