Resuscitators and Transport Ventilators Market Report Suite | United States | 2014-2020 | MedSuite

Resuscitators and Transport Ventilators Market Report Suite | United States | 2014-2020 | MedSuite

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Ventilation equipment covered in this chapter includes manual resuscitators, non-critical transport ventilators and critical-care transport ventilators. Non-critical transport ventilators are further broken down into automatic resuscitators, hybrid ventilators and mid-tier transport ventilators.
Automatic resuscitators constitute the simplest form of automatic ventilation equipment. These devices do not generally feature alarms or monitoring capabilities and operate based on the simultaneous selection of volume and pressure. They can cycle automatically or can be triggered manually with the push of a button.
The next step up in automatic ventilation technology is hybrid ventilators. These devices are called hybrid devices because they contain a mix of features from transport and emergency ventilation equipment. In terms of transportation features, the devices tend to be extremely light. Transport ventilators in general tend to weigh less than 20 kg. However, hybrid ventilators are usually much lighter than this. Their light weight makes them suitable for a more diverse range of clinical applications in the field. Like emergency ventilators, these devices are equipped with basic parameters. They are pneumatically driven with basic functions like volume and frequency alarms. Some devices in this range are integrated with continuous positive airway pressure (CPAP) function.
Unlike automatic resuscitators and hybrid ventilators, mid-tier transport ventilators allow the user to adjust rate and volume independently. Many also include features such as adjustable CPAP and peek end-expiratory pressure (PEEP). Mid-tier transport ventilators are distinguished from critical-care transport ventilators by the ventilation modes on which the device is capable of operating. Mid-tier ventilators are generally only equipped to perform pressure and volume modes.

  • Year: 2014
  • Scope: 2010-2020
  • Region: United States
  • Published Date: 4/1/2014
  • Pages: 92
  • Type: MedSuite

The market space for resuscitation and transport ventilation equipment includes a large number of devices that, in evolving forms, have been in use for decades. Nevertheless, there remain gaps between what practitioners need, especially in the pre-hospital setting, and what existing devices are designed to provide. For pre-hospital users of ventilation equipment, price and budgeting considerations are of central importance. The ideal device for a pre-hospital setting would therefore be tailored to pre-hospital setting requirements, but would not include additional features that add to the initial purchase, maintenance and training costs.
Based on a combined market and end-user study, this report describes the size and growth potential of existing markets for resuscitation and transport ventilation equipment, and outlines currently unmet marketplace needs. It is designed to act as a guide to help identify promising directions for product development. The following questions are addressed:
1. What are currently the largest and most rapidly growing segments of the transport ventilation market? What factors underlie this growth?
2. How do paramedics currently make use of the ventilation equipment at their disposal?
3. What are the key drawbacks that paramedics and emergency medical services associate with existing resuscitation and transportation technologies?
4. What specific features do paramedics want in resuscitation and transport ventilation technology?



Draeger
Maquet
Philips Respironics
Hamilton Medical
GE Healthcare
ResMed
Covidien
Fannin
Ambu
Breas
Philips Respironics
Maquet
Covidien (Puritan Bennett)
Draeger
Hamilton
ResMed
Bunnell
CareFusion
Smiths Medical
AMBU
Impact Instrumentation
Allied Healthcare Products
Ventlab
O-Two Medical Technologies
Mercury Medical
Draeger
Hamilton




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