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O Two Patient Transport Equipment Supplied In Canada
5 equipment items found
Manufactured by:O-Two Medical Technologies Inc. based inBrampton, ONTARIO (CANADA)
The e500 ventilator ushers in a “new era” in controlled ventilation for resuscitation and patient transport! These electronically controlled, pneumatically powered ventilators provide a range of ventilation solutions for resuscitation and transport in the pre-hospital and in-hospital healthcare ...
Manufactured by:O-Two Medical Technologies Inc. based inBrampton, ONTARIO (CANADA)
The e700 ventilator ushers in a “new era” in controlled ventilation for resuscitation and patient transport! These electronically controlled, pneumatically powered ventilators provide a range of ventilation solutions for resuscitation and transport in the pre-hospital and in-hospital healthcare ...
Manufactured by:O-Two Medical Technologies Inc. based inBrampton, ONTARIO (CANADA)
The e600 ventilator ushers in a “new era” in controlled ventilation for resuscitation and patient transport! These electronically controlled, pneumatically powered ventilators provide a range of ventilation solutions for resuscitation and transport in the pre-hospital and in-hospital healthcare ...
Manufactured by:O-Two Medical Technologies Inc. based inBrampton, ONTARIO (CANADA)
The CAREvent Automatic Transport Ventilators are lightweight, portable, durable and simple to use, control module style, automatic time/volume cycled ventilators. They are completely pneumatic (no batteries required) and deliver breath by breath consistency in delivered tidal volume, frequency, inspiratory/expiratory times and flow rates. This consistency is not achievable with a bag-valve-mask ...
Manufactured by:O-Two Medical Technologies Inc. based inBrampton, ONTARIO (CANADA)
The CAREvent Automatic Transport Ventilators are lightweight, portable, durable and simple to use, control module style, automatic time/volume cycled ventilators. They are completely pneumatic (no batteries required) and deliver breath by breath consistency in delivered tidal volume, frequency, inspiratory/expiratory times and flow rates. This consistency is not achievable with a bag-valve-mask ...