Using the carbon dioxide detector to monitor EtCO2 can make non-invasive and continuous estimation of PaCO2, which has become the gold standard in the operating room and other critical treatment fields. Since 2010, the American Heart Association (AHA) has recommended that EtCO2 should be used during cardiopulmonary resuscitation (CPR) in order to “verify and monitor endotracheal intubation”.
The traditional carbon dioxide detector needs the warm-up time for calibration, and the measurement of EtCO2 needs to pass through a sampling pipe connected to the respiratory circuit. In contrast to the bulky and slowly calibrated sidestream carbon dioxide detector, EMMA is a compact and lightweight mainstream carbon dioxide detector that can be directly clamped to the breathing circuit without sampling tube and with minimum preheating time.
Product features
- Compact and convenient carbon dioxide monitor — simple and lightweight design, suitable for first-hand control, brings you unparalleled mobility and comfort, suitable for short-term EtCO2 monitoring for adults, children and infants
- It can be flexibly used in multiple medical care points, including pre hospital care, first-aid administration, operating room, intensive care unit and long-term acute disease care
- Help clinicians evaluate the effectiveness of CPR and provide guidance for ventilation treatment, so as to adjust according to each breath during treatment
- Durable, water-resistant design for reliable operation in challenging environments
- Easy maintenance – no routine calibration required
980 ventilator seriesDesigned to help patients breathe more naturally.
ordinary
Our innovative user interface features highly customizable displays and intuitive screen navigation.
Security
Puritan Bennett The 980 ventilator provides a unique ventilator assurance function. When some systems fail, it will continue to provide respiratory support as close as possible to the preset settings, and has an integrated expiratory filtration system.
Intelligence
Advanced synchronization tools can help clinicians set up ventilators to meet the unique needs of patients and help provide an appropriate level of support throughout the breathing process.
characteristic
Intuitive and highly configurable touch screen
Graphics can be scaled up to full screen to improve visibility.
Using the Pause button, you can pause the screen and view patient data for the last 60 seconds.
If you do not face the screen directly, or there are several people in the room during the teaching process, the large font screen can provide greater visibility for patient data.
Screen configurability
Several configuration options allow you to view as little or as much information as you need.
The patient data in the top banner can be configured according to the patient’s needs or matching your workflow file.
We think ventilation can and should be more natural.
Our PAV+ The software is a kind of breathing type. Compared with traditional mechanical ventilation, it can better manage patients’ breathing and support more natural breathing.
Except PAV+ Outside the software, Puritan Bennett The 840 ventilator also has a full range of software options, safety features and accessories to meet the needs of patients from infants to adults.
characteristic
Puritan Bennett 840 ventilator uses our PAV+ Software, this type of breathing can better manage the patient’s breathing work, and support more natural breathing than traditional mechanical ventilation.
By adding optional advanced technology upgrades, this ventilator can meet the special needs of almost every patient you care for, from newborn patients weighing only 300 grams to adult patients weighing up to 150 kilograms.
Puritan Bennett of Medtronic 840 Ventilator.
Provide clinically excellent technology to help ensure the safety of patients and clinicians.
Protect capital investment through scalable approaches.
Focus on service, support and education
Achieved the benefits of fleet standardization
1、醫(yī)用級(jí)流量滿足更多需求
Max:60L/min高流量氧輸出，形成一定的氣道正壓，快速改善血氧飽和度。2-60L/min高流量調(diào)節(jié)范圍，滿足更多用戶需求可有效沖刷生理性解剖學(xué)死腔，防止二氧化碳再吸入，有效改善血氧。
2、醫(yī)用級(jí)氣道設(shè)計(jì) ?防止感染
定制水盒，使用放心，操作省心。機(jī)器內(nèi)部氣道采用獨(dú)特的安全設(shè)計(jì)，用戶氣流不會(huì)流至主機(jī)，無需滅菌。
3、監(jiān)測(cè)便利 ?使用更簡(jiǎn)單
實(shí)時(shí)顯示溫度，濕度，氧濃度等多項(xiàng)治療數(shù)據(jù)?？稍O(shè)置和監(jiān)測(cè)多項(xiàng)治療數(shù)據(jù)，操作更為便捷，提高臨床效率。
- Three-in-One Technology
Helps eliminate the need for multiple balloons to employ multi-size dilation therapy - High Degree of Radial Vector Force
Promotes low stricture compliance with little or no balloon waisting - Rectilinear Shoulder Design
Engineered to help promote endoscopic visualization
Designed to provide greater usable balloon surface area during dilation? - Radiopaque Markers
Designed to facilitate fluoroscopic guidance of balloon positioning within a stricture - Inflation and Deflation
Designed for rapid inflation and deflation when used with the Alliance II Inflation System - 0.035″ Guidewire Compatible
Designed for use with 0.035″ Jagwire Pulmonary Guidewires
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- Low Profile?– designed to facilitate advancement across tumors and may be placed via flexible or rigid bronchoscopy
- Flexibility? –? the flexible delivery catheter is designed to enhance the ease of navigation through the airway
- Radiopaque Markers?– delivery catheter radiopaque markers are designed to target the deployed position of the stent
- Distal or Proximal Release?– different release systems are designed to allow the physician greater control over stent deployment
BT delivered by the Alair System, is a safe outpatient procedure for adult patients with severe asthma. The Alair System uses mild heat to reduce the amount of excess airway smooth muscle tissue in the airways. Less muscle tissue means less airway constriction during an asthma attack, allowing patients to breathe more easily.
CONTRAINDICATIONS
Patients with the following conditions should not be treated with Bronchial Thermoplasty (BT):
- Presence of a pacemaker, internal defibrillator, or other implantable electronic devices
- Known sensitivity to medications required to perform bronchoscopy, including lidocaine, atropine, and benzodiazepines
- Patients previously treated with the Alair System should not be retreated in the same area(s). No clinical data are available studying the safety and/or effectiveness of repeat treatments
- Patients should not be treated while the following conditions are present:
- Active respiratory infection
- Asthma exacerbation or changing dose of systemic corticosteroids for asthma (up or down) in the past 14 days
- Known coagulopathy
- As with other bronchoscopic procedures, patients should stop taking anticoagulants, antiplatelet agents, aspirin and NSAIDS before the procedure with physician guidance