Patients’ needs are changing with time, with the evolution of both pathology severity and treatment. Advancement of bioengineers understanding in pathophysiology, medicine, and engineering need to be combined with an…Read More
The dichotomy of huge leaps in technology in ventilators becoming totally ineffective in the face of ventilator-associated infections needs an urgent solution. Mechanical ventilation, the ability to artificially compensate for…Read More
The ventilators of the future may not look very different from today, but several features will clearly separate them from the current generation of ventilators. Even though the concept of…Read More
Technological advances in microprocessor-controlled ventilation integrated with the complexity of new ventilator modes have further improved the care of the critically ill patients. Mechanical ventilation continues to be an evolving…Read More
In the complex, sensory-rich environment of the ICU, clinicians are faced with making quick decisions and prioritizing care based on multiple information points from various devices. The iX5 ventilator’s easy-to-use…Read More
By combining cutting-edge technology of actuators, sensors, and digital electronics together with sophisticated data processing algorithms, the modern ventilator can adjust its action in real time. Mechanical ventilators, or breathing…Read More
Ventilators come in many shapes and sizes, but they have one function in particular – to assist the respiratory process and maintain or restore an adequate oxygen supply to the…Read More
Buyers continue to rely on imports for the critical-care ventilator equipment, where support is received from vendors in continuous innovation and product improvement. With steady and aggressive technological advancements, ventilators…Read More
Better understanding of physiology, anatomy, and disease patterns is triggering a new wave of innovation in ventilation. Ventilators have evolved from basic machines to complicated, electronic, microprocessing engines. Over the…Read More
