Severely enlarged left thyroid lobe Airtraq and FOB after failed intubation
Awake morbidly obese with difficult airway
Awake in an immobile neck
Severe ankylosing spondylitis
Giant Lipoma at the Nape
Awake Plexiform neurofibroma of face
Severe macrosomia. After failed awake nasotracheal FOB
Spinal surgery reintubation in prone position
7-year-old child with severe cervical burned sequels
3 month old child with occipital meningocele
Child with Goldenhar syndrome, previously failed intubation
You may e-mail or call us using the contact information provided below:
USA & Canada: firstname.lastname@example.org Toll free: 1-877-624-7929
Or complete the following request form
The copyright for the Airtraq Web site and all content therein is the property of Prodol Meditec.
Prodol Meditec reserves the right, at its discretion, to change or modify all or any part of the information on the Web site, and to its settings and presentation.
Prodol Meditec does not guarantee the non-existence of errors in Site access, content, nor that it will be properly updated, despite all efforts to avoid such errors and, where appropriate, to resolve them or update the Site at the least possible delay.
Access to the Site is the user’s sole responsibility. Prodol Meditec shall not be held liable for any consequential damages arising from access to the site or use of the content therein, except for any actions arising from the application of any legal provisions which Prodol Meditec must comply with in the course of their activity.
Prodol Meditec shall not assume any liability for any web sites linked to this Site or for the content therein.
Non-authorised use of the information on the Site and any damage to or breaches of Prodol Meditec intellectual and industrial property rights shall give rise to any legal actions to which they have right and to the liabilities arising from exercising such rights.
The User warrants that the Personal Data given to AIRTRAQ are true and correct, and undertakes to notify them of any changes in the said data.
At PRODOL MEDITEC we are particularly sensitive regarding security and anxious to ensure the confidential nature of our clients’ data. Therefore, we warrant the security and confidentiality of any information you give us. Your data will be used to handle consultations, contacts, and to send you commercial offers for products and services that may interest you.
Personal data shall be processed for the purpose of handling, managing and providing the services that PRODOL MEDITEC offers our users.
For identical purposes, the party concerned authorises the cession of his/her data to the Regional Council of Biscay, their attachd companies and any other companies/bodies that have entered into collaboration agreements with PRODOL MEDITEC
Responsability. The user has the ability to configure your browser to prevent the entry of cookies, block them or eliminate them. To use the website, it is not necessary to allow the installation of cookies by the website. However, Prodol Meditec is not responsible for any malfunctioning of the website caused by deactivation of the cookies.
You may send messages and make use of your rights to access, change, cancel and oppose at the e-mail address email@example.com.
The intellectual property rights of the website and its contents belong to Prodol Meditec S.A., except the rights for the clinical studies, which belong to their authors. It is strictly forbidden to make any changes to this page. Prodol Meditec S.A. does not assume any liability that may arise from unauthorized alterations. Total or partial reproduction of the contents of this website without citing the source and without express authorization is strictly forbidden. The unauthorized use of the information contained on this website, and any harm caused to the intellectual and industrial property rights of Prodol Meditec S.A. will entail the appropriate actions by the owner.
Minimum cost per intubation.
Video laryngoscopy for Routine Intubations.
Disposable Blades + Reusable Optics
Open and Intubate.
Video laryngoscopy for remote locations and emergencies.
Please complete the required information to request an FREE on-site demonstration from a local Airtraq Sales Representative.
You may also contact the local dealer responsible for your territory directly by clicking on the "Where to buy" link on the left.
[installer_release os="win" arch="auto"] (Windows 7, Windows 8 and Windows 10 compatible) to connect Wi-Fi Camera to PC
Use 'Airtraq Cam' app for PC to upgrade A390 internal software.
Check installed software version in System Info and download the appropriate file:
|Installed version||Latest version|
Download Airtraq SP high-resolution images
Download Airtraq Avant high-resolution images
Download A390 Wi-Fi Camera high-resolution images
Editable and printable version (June 2017)
Web version (June 2017)
A390 Wi-Fi Camera|
A360 Wi-Fi Camera
|Universal Smartphone Adapter||Universal Smartphone Adapter|
Download animated instructions for use
Summary of Clinical Studies, Case Reports, Letters and Manikin Studies. Includes Cross Reference Table.
Publications by Topic: Clinical Communications Summary
Minimum cost per intubation.
Disposable Blades + Reusable Optics
2 sizes for Adults
Zero maintenance costs.
Can be used in MRI.
Open and Intubate.
Download PC app
1. Slide midline around the tongue
2. Center vocal cords
3. Push ETT
4. Remove midline
If vocal cords are not seen it is very likely that Airtraq has been inserted TOO DEEP, if so perform the following maneuver:
A gent lift of the Airtraq causes the glottis to open and drops the interarytenoid notch below the middle of the image (optimal position for successful ETT insertion)
Airtraq elevation too early, before tip of the blade gets to back of tongue
Airtraq inserted like a direct laryngoscope blade (to the left of the oropharyngeal cavity)
Airtraq inserted too close to the glottis or too posterior in front of the oesophagus
Airtraq tilted against upper teeth
Welcome to Airtraq Training Portal - Choose your language
Willkommen zum Airtraq Übungsportal - Wähle deine Sprache
Bienvenue sur le portail de formation Airtraq - Choisissez votre langage
Bienvenido al portal de formación de Airtraq - Elija su idioma
British Journal of Anaesthesia 2011. Y.Lu H. Jiang & Y.S. Zhu, Shanghai Jiao Tong University, China
Yung-Cheng Su, European Journal of Aanaesthesiology · Sept 2011
British Journal of Anaesthesia S. K. Ndoko et Al. Jean Verdier Public University Hospital of Paris.
One hundred and six consecutive ASA I–III morbidly obese patients undergoing surgery were randomized to intubation with the Macintosh laryngoscope or the Airtraq.
In the Airtraq group, tracheal intubation was successfully carried out in all patients within 120 s. In the Macintosh laryngoscope group, six patients required intubation with the Airtraq laryngoscope.
The mean (SD) time taken for tracheal intubation was 24 (16) and 56 (23) s, respectively, with the Airtraq and Macintosh laryngoscopes, (P,0.001). SpO2 was better maintained in the Airtraq group than in the Macintosh laryngoscope group with one and nine patients, respectively, demonstrating drops of SpO2 to 92% or less (P,0.05).
Conclusions. In this study, the Airtraq laryngoscope shortened the duration of tracheal intubation and prevented reductions in arterial oxygen saturation in morbidly obese patients.
European Journal of Anaesthesiology, T. Gaszynski. Medical University of Lodz, Poland
The objective of this study was to measure the pressure created by different intubation devices on the tongue during endotracheal intubation attempts in the mannequin model . Fourteen specialists and 20 anesthesiologists in training.
Pressure created on the tongue was highest when the Macintosh blade was used and was more than five times higher than with AirTraq and Pentax AWS (P<0.05). When comparing the Pentax AWS and AirTraq, there was no statistical difference (P>0.05).
T. Russell, University of Toronto, Toronto, Canada
Airtraq aprox. = 20 % of McIntosh
Glidescope aprox. = 50% of McIntosh
British Journal of Anaesthesia , R. Amathieu, Paris.
Thirty senior emergency medicine physicians were trained in the use of the LMA Fastrach, GlideScope, and Airtraq laryngoscope with a standard airway trainer manikin (control).
Participants were then asked to perform tracheal intubation in two difficult situations simulated on a difficult airway management manikin wearing a cervical collar. In Situation 1, the manikin was in the supine position with a difficult airway caused by stiffening the cervical spine. In Situation 2, the manikin was positioned to simulate face-to-face tracheal intubation. We measured intubation times, success rates for tracheal intubation, and the difficulty of tracheal intubation.
Conclusions. The Airtraq was superior to both the GlideScope and LMA Fastrach during simulated face-to-face difficult tracheal intubation.
Emerg Med J, Patrick Schober, VU University Medical Center Amsterdam, Holland
Background Airway management in entrapped casualties with restricted access to the head is challenging. If tracheal intubation is required and conventional laryngoscopy is not possible, intubation must be attempted in a face-to-face approach
Methods 24 anaesthesiologists direct laryngoscopy (Macintosh blade #3), Airtraq and McGrath).
The manikin was sitting with the neck immobilised and only accessible from the left anterolateral side.
All three techniques have a high success rate, but the usefulness of the McGrath is limited due to longer intubation duration. Inverse direct laryngoscopy showed reasonable intubation times.
Intubation was always successful and tended to be fastest with the Airtraq device, suggesting that this technique may be a promising alternative
Airtraq Face to Face Intubation
Airtraq Face to Face Intubation
Airtraq Face to Face Intubation
Ann Fr Anesth Reanim. Sudrial et Al.
Prospectively compared simulated-difficult tracheal intubation characteristics of four glottiscopes: Airtraq, GlideScope, McGrath, LMA CTrach with that of the conventional Macintosh laryngoscope.
Forty-two physicians, naïve to glottiscope More than 1600 supervised tracheal intubations were performed
Compared to the Macintosh laryngoscope, GlideScope, McGrath, tracheal intubation duration was shorter (p<0.05) with the Airtraq and longer (p<0.01) with the LMA CTrach.
Airtraq and Macintosh laryngoscope were respectively the simplest (p<0.01) and the most difficult (p<0.01) airway devices to manage a simulated difficult tracheal intubation.
Airtraq and the LMA CTrach both demonstrated remarkable advantage over GlideScope and McGrath for simulated difficult intubation management.
Anaesthesia, Savoldelli et Al. University of Geneva
Sixty anaesthesia providers (20 staff, 20 residents, and 20 nurses) were enrolled into this study. The volunteers intubated the trachea of a Laerdal SimMan manikin in three simulated difficult airway scenarios.
In all scenarios, indirect laryngoscopes provided better laryngeal exposure than the Macintosh blade and appeared to produce less dental trauma.
In the most difficult scenario (tongue oedema), the Macintosh blade was associated with a high rate of failure and prolonged intubation times whereas indirect laryngoscopes improved intubation time and rarely failed. Indirect laryngoscopes were judged easier to use than the Macintosh.
The Airtraq consistently provided the most rapid intubation. Laryngeal grade views were superior with the Airtraq and McGrath than with the Glidescope.
J Anesthesia, M. Baciarello, University of Parma, Italy
Purpose. This prospective study was designed to compare learning curves for laryngoscopy with the Airtraq or Macintosh laryngoscopes in patients under general anesthesia.
Methods. Ten medical students with no prior experience in airway management were recruited. Each student performed laryngoscopy with either device on ten consecutive patients.
Conclusion: Students achieved higher success rates using the Airtraq laryngoscope during early training on live patients.
BMC Medical Education, Hong Zhao, Peking University People’s Hospital, Beijing, China
Method: Twenty-six medical students in the 6th year participated in this trial. Each of the students intubated 3 patients with each laryngoscope respectively. Macintosh (n = 75) or Airtraq (n =74).
CONCLUSION: Airtraq laryngoscope is easier to master for novice personnel with a higher intubation success rate and shorter intubation duration compared with the Macintosh laryngoscope.
British Journal of Anaesthesia, 2015, 1–10, L. Suppan1Geneva University Hospitals,
Results: Twenty-four trials (1866 patients) met inclusion criteria.
Meta analyses could be performed for Airtraq, Airwayscope, C-Mac, Glidescope, and McGrath.
The Airtraq was associated with a statistically significant:
Other devices were associated with improved glottis visualization but no statistically significant differences in intubation failure or time to intubation compared with conventional laryngoscopy.
Conclusions: In situations where the spine is immobilized, the Airtraq device reduces the risk of intubation failure. There is a lack of evidence for the usefulness of other intubation devices.
BMC Research Notes , Schälte, University Hospital Aachen, Germany
123 consecutive ASA III patients undergoing elective coronary artery bypass grafting were routinely intubated with the Airtraq.
In conclusion our results demonstrate that routine tracheal intubation with Airtraq is feasible, fast and save in high-risk cardiac patients. The use of the Airtraq allowed maintaining a stable hemodynamic situation.
Anaesthesia,. Maharaj . Univ. Of Ireland, Galway
Aleksandra G. Brzanov, Sabah Al Ahmed Cardiac Center, Kuwait
Sixty patients who underwent elective coronary artery bypass graft surgery.
Results demonstrate that routine endotracheal intubation using Airtraq in patients undergoing routine CABG surgery can reduce hemodynamically changes and allow maintaining a stable hemodynamic situation, compared to the Macintosh laryngoscope.
Critical Care S Tomasino, Alto Friuli, Tolmezzo, Udine, Italy
In this randomised, controlled, clinical trial authors enrolled 30 patients at increased risk for difficult tracheal intubation, undergoing surgical operations requiring tracheal intubation.
All patients, maintained in spontaneous breathing all through the procedure, received awake intubation performed by one of three anesthetists expert in difficult airway management. All patients received a topical airway anesthesia with 2% lidocaine and total intravenous anesthesia (TIVA) performed with propofol c.i. with an effecter site concentration of 1.5 μg/ml.
All patients were successfully intubated in both groups. In Airtraq group the authors assessed a short time and a small amount of attempts of intubation with a statistically significant difference between the two groups. No difference was noted between the two groups in hemodynamic setting, saturation, Ramsey score and airway-trauma-related side effects.
Conclusions: Our experience demonstrated that the Airtraq could be used during awake sedations and may be a promising alternative device for difficult airway management as a valid alternative to the traditional fiberoptic bronchoscope.
Canadian Anesthesiologists Soc , F.S. Xue, , Chinese Academy of Medical Sciences
The authors describe our initial experience with a method of airway topical anesthesia for awake tracheal intubation in adult patients with difficult airways using a combination of an Airtraq laryngoscope and a MADgic laryngotracheal atomizer.
Once the distal end of the Airtraq laryngoscope was positioned in the vallecula with the glottis in the center of the viewfinder, the curved applicator portion of a MAD-LTA was advanced through the lateral channel of the Airtraq. By adjusting the distant position of the applicator portion under direct vision on the viewfinder, its tip was placed immediately superior to the glottis and the bilateral pyriform recess. Then, 3 mL of 2% lidocaine was sprayed in three aliquots onto these targeted areas with the MAD-LTA.
Several advantages appear to exist with this technique: the applicator portion of the MAD-LTA can well be adapted to the curved blade of the Airtraq / the MAD-LTA can be directed easily towards the different targeted airway structures / this approach can provide excellent airway topical anesthesia for awake orotracheal intubation / this technique is well tolerated by the awake, sedated patient / this technique is easy to perform.
Therefore, the authors believe this technique can provide a favourable alternative to a fiberoptic technique for the management of difficult airways.
BMC Anesthesiology, Martin K Soerensen, University Hospital, Rigshospitalet, Denmark
The aim of the study was to compare the Storz videolaryngoscope to the Airtraq Optical laryngoscope for tracheal intubation in children younger than two years of age who had a normal airway assessment. Our hypothesis was that the Storz would have a better success rate than Airtraq.
Ten children aged 2 years or younger scheduled for elective cleft lip/palate surgery were included. The anesthesia was standardized and a Cormack-Lehane (CL)-score was obtained using a Macintosh laryngoscope. After randomization CL-score and endotracheal tube positioning in front of the glottis was performed with one device, followed by the same procedure and intubation with the other device. The video-feed was recorded along with real-time audio. The primary endpoint was the success rate, defined as intubation in first attempt. Secondary endpoints were the time from start of laryngoscopy to CL-score, tube positioning in front of the glottis, and intubation.
No difference in the success rate of endotracheal intubation could be established in this ten patient sample of children younger than two years with a normal airway assessment scheduled for elective cleft lip/palate surgery. However, the Airtraq showed a number of time related advantages over the Storz videolaryngoscope.
Minerva Anestesiology , Dr Qazi Ehsan Ali, Nehru Medical College India
Method: Patients were allocated into two groups of 17 patients each using the paediatric Airtraq in one and a conventional laryngoscope in the other. The primary outcome measure was time needed for successful intubation whereas secondary outcome measures were number of attempts to intubate, POGO (percentage of glottis opening) scoring and complications like airway trauma and oesophageal intubation.
Results: It took significantly shorter time to intubate in Airtraq intubation group of patients as compared to Conventional intubation group of patients (P <0.05). Similarly the POGO scoring was significantly better in Airtraq intubation compared to Conventional intubation (P <0.001). Number of attempts to intubate and complications like airway trauma and oesophageal intubation using Airtraq was less frequent compared to conventional laryngoscopy but the difference was statistically insignificant.
CONCLUSION: Paediatric Airtraq provides better intubating conditions in children compared to conventional laryngoscope with less frequent complications.
Anaesthesia, St. Kliniken Essen-Mitte, Essen, Germany
The authors prospectively compared tracheal intubation efficiency of the Airtraq for nasotracheal intubation vs that of the Macintosh in 200 patients.
All easy intubations were succesfully performed with the respective technique.
In the expected difficult intubation group, the success rate was higher, the glottis view was better, mean (SD) intubation time was shorter and the number of optimising manoeuvres was reduced with the nasotracheal Airtraq compared with the Macintosh, respectively.
For difficult nasal intubations, the nasotracheal Airtraq is more effective than the Macintosh laryngoscope
ASA 2009 Abstract Harald V. Genzwuerker,, Neckar-Odenwald-Kliniken , Buchen and Mosbach, Germany
Laryngoscopic view was obtained with a Macintosh blade by an anesthesia resident with 2 years of training in 50 adult patients before intubation was attempted with the Airtraq by the same operator. Cormack and Lehane score was used to compare glottic view.
Conclusion: In ENT patients presenting for microlaryngoscopical surgery, laryngoscopic view is improved with the Airtraq® when compared to conventional laryngoscopy with a Macintosh blade.
Better view may lead to less trauma and swelling at the glottic inlet caused by intubation, facilitating planned procedures.