The Clinell Detergent Wipes are incredibly powerful, ultra-low smear multi-surface wipes. Alcohol & disinfectant free. Patented, environmentally-friendly formula.

Ideal for general multi-surface cleaning and damp dusting before disinfection, they feature a patented cleaning formula specifically designed for use in healthcare environments. Derived from sustainable plant sources and refillable, reducing plastic waste, Clinell Detergent Wipe buckets allow you to keep patients safe without harming the Earth.

Carell Bedbath Wipes Pack of 8 by Clinell

Easy-to-use bathing solutions to clean, moisturise and refresh. Complete rinse-free body bathing solution.

Replace cumbersome and costly traditional bed bath methods. Carell Bedbath products deliver a full body wash in a single product. No need to spend time gathering supplies. They contain aloe vera and active moisturisers to promote healthy skin. They're dermatologically tested and alcohol, lanolin and paraben free, with a patented skin-pH neutral formula.

Safe Solution

- Carell Bedbath wipes remove the risk of microorganism transmission associated with wash bowl contamination. This reduces the associated risk of lifting and carrying heavy bowls of water and the risk of spills and potential falls. Improved patient cleanliness reduces the number of microorganisms present to transfer to healthcare workers, visitors and the environment.

Quick and Easy to Use

- Wipes replace the need for traditional cumbersome patient cleansing methods which include preparing bowls, washcloths, soap, lotions and water. They require no towel drying which decreases waste, increases staff compliance and saves money.

A simple, rinse-free bathing solution

- Designed for cleaning and moisturising the body in one easy step.

Promotes healthy, soft skin

- Carell Bedbath Wipes contain Aloe vera and vitamin E for deep moisturising.

A warm bedbath in seconds

- Carell Bedbath Wipes can be used at room temperature or placed in a Clinell Warmer (not included) for a warm bed bath in seconds.

Dermatologically tested

- Skin neutral pH of 5.5. Alcohol, lanolin and paraben free.

WEBCOL Alcohol Prep Swabs Medium
The WEBCOL Alcohol Prep Swabs set the standard in Alcohol Prep Pads, offering unmatched quality and effectiveness for skin cleansing and sterilisation. Each swab is soaked with 70% Isopropyl Alcohol, ensuring quick and careful skin preparation. These Sterile 2-Ply Alcohol Prep Pads are designed with a unique, diamond-embossed texture that maximises absorbency and enhances friction, making them perfect for medical use. Ideal for use as Alcohol Swabs, Isopropyl Alcohol Wipes, and Medical Alcohol Wipes, they ensure a clean and sterile environment for procedures. The swabs are also excellent as Alcohol Wipes for Skin, providing a safe and effective way to cleanse before injections or other skin procedures. Each pad is individually wrapped in an airtight, poly-lined pouch, maintaining sterility and ensuring each use is as safe and effective as the first. Whether you're in a clinical setting or need reliable Alcohol Cleaning Wipes at home, WEBCOL's Sterile Alcohol Wipes are the professional's choice.

Product Specifications:
Active Ingredient: 70% Isopropyl Alcohol
Pad Material: Premium, Nonwoven, 2-Ply Medium Sponge
Packaging: Individually Sealed in Airtight, Poly-Lined Pouches
UOM: Box of 200 Pads
Sterilisation: Sterile Pads
Made: In the U.S.A.

The nasopharyngeal airway provides an open airway during suctioning and bronchoscopy. It is made of a soft material that helps minimize patient coughing and gagging and protects the nasopharyngeal mucosa for repeated catheter passage.

Product Features

- Serrations inside the airway.
- Size markings on flange.
- Thin-wall construction enables a large inside diameter to accommodate catheters.
- Non-adjustable nasopharyngeal airway flange.

Product Specifications

- Size: 32 FR, 8.0 mm

*This product image is only for reference.

TELEFLEX PVC NASOPHARYNGEAL AIRWAY 7.5mm

The nasopharyngeal airway provides an open airway during suctioning and bronchoscopy. It is made of a soft material that helps minimize patient coughing and gagging and protects the nasopharyngeal mucosa for repeated catheter passage.

Product Features

- Serrations inside the airway.
- Size markings on flange.
- Thin-wall construction enables a large inside diameter to accommodate catheters.
- Non-adjustable nasopharyngeal airway flange.

*This product image is only for reference.

Teleflex's extensive line of Rüsch Oropharyngeal and Nasopharyngeal airways provides clinicians with a full range of airway choices, representing a safe and adequate solution for most indications. All versions - standard versions made from a variety of clinician-inspired materials as well as special models for endoscopy offering simultaneous fixation of the tracheal tube - have been specifically developed to meet the customer's requirements.

Product Features

- Made of soft PVC.
- Guedel Airway.
- Colour-coded.
- Clear.
- Latex-free.
- DEHP free.
- Single-use.

Teleflex's extensive line of Rüsch Oropharyngeal and Nasopharyngeal airways provides clinicians with a full range of airway choices, representing a safe and adequate solution for most indications. All versions - standard versions made from a variety of clinician-inspired materials as well as special models for endoscopy offering simultaneous fixation of the tracheal tube - have been specifically developed to meet the customer's requirements.

Product Features

- Made of soft PVC.
- Guedel Airway.
- Colour-coded.
- Clear.
- Latex-free.
- DEHP free.
- Single-use.

Quick, easy and reliable to insert, i-gel® from Intersurgical is ideal for use as a routine airway in anaesthesia. Providing high seal pressures and reduced trauma, it also incorporates a gastric channel to give additional protection against aspiration and has the versatility to be applicable for use during difficult airway management, as a rescue device and as a conduit for intubation (with fibre optic guidance, for i-gel® sizes 3, 4 and 5).

Product Features

1. 15mm connector - Reliable connection to any standard catheter mount or connection.

2. Proximal end of gastric channel.

3. Clearly displayed product information - For quick easy reference Includes confirmation of size and weight guidance.

4. Position guide (adult sizes only) - Easy confirmation of optimum insertion depth.

5. Gastric channel - The i-gel® incorporates a gastric channel (except size 1). It provides an early warning of regurgitation, allows for the passing of a nasogastric tube to empty the stomach contents and facilitates venting.

6. Integral bite block - Reduces the possibility of airway channel occlusion.

7. Buccal cavity stabiliser - Aids insertion and reduces the potential for rotation.

8. Epiglottic rest - Reduces the possibility of epiglottis ‘down folding’ and airway obstruction.

9. Non-inflatable cuff - Eliminates the need for cuff inflation after insertion, allowing easy and rapid insertion and reduced trauma.

i-gel and natural airway management

- The i-gel is a truly unique single-use, latex and PVC-free airway device, representing the culmination of years of extensive research and development.
- Everything about the i-gel has been designed to work in perfect unison with the anatomy; the i-gel design was inspired by the physiology of the peri laryngeal framework itself – airway management as nature might have intended.

i-gel mirrors the anatomy

- The shape, softness and contours accurately mirror the perilaryngeal anatomy to create the perfect fit.
- This innovative concept means that no cuff inflation is required. The i-gel works in harmony with the patient’s anatomy so that compression and displacement trauma are significantly reduced or eliminated.

The non-inflatable cuff

- i-gel gets its name from the soft gel-like material from which it is made. It is the innovative application of this material that has enabled the development of a unique non-inflatable cuff.
- This key feature means insertion of i-gel is easy, rapid and consistently reliable.

The simple, safe and rapid solution

- i-gel is incredibly easy to use. A proficient user can achieve insertion of the i-gel® in less than 5 seconds. With no inflatable cuff, i-gel provides a safe and rapid airway management solution.

Adults

- Adult i-gel is indicated for securing and maintaining a patient airway in routine and emergency anaesthetics of fasted patients, during spontaneous or intermittent positive pressure ventilation (IPPV), during resuscitation of the unconscious
patient, and as a conduit for intubation under fibreoptic guidance in a known or unexpectedly difficult intubation, by personnel who are suitably trained and experienced in the use of airway management techniques and devices.

Accurate and natural positioning

- The i-gel accurately and naturally positions itself over the laryngeal framework, providing a reliable peri-laryngeal seal without the need for an inflatable cuff.

Paediatrics

- i-gel is now available in four paediatric as well as three adult sizes, making it applicable for use with patients between 2–90+kg.
- Paediatric i-gel® is indicated for securing and maintaining a patient airway in routine and emergency
anaesthetics for operations of fasted patients during spontaneous or intermittent positive pressure ventilation (IPPV).

Innovative packaging

- The i-gel supraglottic airway is supplied in a fully recyclable protective cradle or cage pack.
- This unique packaging protects the i-gel in transit and ensures that it maintains its anatomical shape.

Intersurgical i-gel Supraglottic Airway Size 3 Small Adult 30-60kg
The Intersurgical I-Gel LMA Supraglottic Airway (Size 3.0) is a single-use, supraglottic airway device for small adult patients weighing 30–60 kg. Its innovative, non-inflatable design fits snugly over the laryngeal framework, reducing trauma and providing a reliable airway seal without an inflatable cuff. Constructed from soft, gel-like materials, the I-Gel conforms naturally to anatomical structures, enhancing patient comfort and ensuring a secure fit. Ideal for anesthesia and emergency airway management, the I-Gel simplifies insertion, saves time, and minimises the risk of complications associated with intubation.

Specifications:
Size: 3.0 (Small Adult, 30–60 kg)
Material: Soft, gel-like material for a comfortable, anatomical fit
Application: Supraglottic airway management for anesthesia and emergency use
Design: Non-inflatable cuff, single-use, latex-free

Product Features

- 8 disposable airways ranging from 40mm - 110mm
- Colour-coded for easy identification of sizes
- Manufactured from PE material
- Suitable for maintaining an unobstructed oropharyngeal airway during general anaesthesia and in unconscious patients
- Rounded atraumatic edges
- Smooth airway path for easy cleaning
- Bite block to prevent biting of tongue and airway occlusion
- Single-use only
- Hard carry case

An oropharyngeal airway (also known as an oral airway, OPA or Guedel pattern airway - was designed by Arthur Guedel) is a medical device called an airway adjunct used to maintain a patient's (open) airway. It does this by preventing the tongue from covering the epiglottis, which could prevent the person from breathing. When a person becomes unconscious, the muscles in their jaw relax and allow the tongue to obstruct the airway

Oropharyngeal airways come in a variety of sizes, from infant to adult, and are used commonly in pre-hospital emergency care and for short-term airway management post-anesthetic or when manual methods are inadequate to maintain an open airway. This piece of equipment is utilized by certified first responders, emergency medical technicians, and paramedics plus other health professionals when tracheal intubation is either not available, not advisable or the problem is of short-term duration.

Oropharyngeal airways are indicated only in unconscious people, because of the likelihood that the device would stimulate a gag reflex in conscious or semiconscious persons. This could result in vomit and potentially lead to an obstructed airway. Nasopharyngeal airways are mostly used instead as they do not stimulate a gag reflex. In general oropharyngeal airways need to be sized and inserted correctly to maximise effectiveness and minimise possible complications - such as oral trauma.

The correct size OPA is chosen by measuring from the corner of the person's mouth to the angle of the jaw. The airway is then inserted into the person's mouth upside down. Once contact is made with the back of the throat, the airway is rotated 180 degrees, allowing for easy insertion, and assuring that the tongue is secured. An alternative method for insertion, the method that is recommended for OPA use in children and infants, involves holding the tongue forward with a tongue depressor and inserting the airway right side up.

An oropharyngeal airway (also known as an oral airway, OPA or Guedel pattern airway - was designed by Arthur Guedel) is a medical device called an airway adjunct used to maintain a patient's (open) airway. It does this by preventing the tongue from covering the epiglottis, which could prevent the person from breathing. When a person becomes unconscious, the muscles in their jaw relax and allow the tongue to obstruct the airway

Oropharyngeal airways come in a variety of sizes, from infant to adult, and are used commonly in pre-hospital emergency care and for short-term airway management post-anesthetic or when manual methods are inadequate to maintain an open airway. This piece of equipment is utilized by certified first responders, emergency medical technicians, and paramedics plus other health professionals when tracheal intubation is either not available, not advisable or the problem is of short-term duration.

Oropharyngeal airways are indicated only in unconscious people, because of the likelihood that the device would stimulate a gag reflex in conscious or semiconscious persons. This could result in vomit and potentially lead to an obstructed airway. Nasopharyngeal airways are mostly used instead as they do not stimulate a gag reflex. In general oropharyngeal airways need to be sized and inserted correctly to maximise effectiveness and minimise possible complications - such as oral trauma.

The correct size OPA is chosen by measuring from the corner of the person's mouth to the angle of the jaw. The airway is then inserted into the person's mouth upside down. Once contact is made with the back of the throat, the airway is rotated 180 degrees, allowing for easy insertion, and assuring that the tongue is secured. An alternative method for insertion, the method that is recommended for OPA use in children and infants, involves holding the tongue forward with a tongue depressor and inserting the airway right side up.

An oropharyngeal airway (also known as an oral airway, OPA or Guedel pattern airway - was designed by Arthur Guedel) is a medical device called an airway adjunct used to maintain a patient's (open) airway. It does this by preventing the tongue from covering the epiglottis, which could prevent the person from breathing. When a person becomes unconscious, the muscles in their jaw relax and allow the tongue to obstruct the airway

Oropharyngeal airways come in a variety of sizes, from infant to adult, and are used commonly in pre-hospital emergency care and for short-term airway management post-anesthetic or when manual methods are inadequate to maintain an open airway. This piece of equipment is utilized by certified first responders, emergency medical technicians, and paramedics plus other health professionals when tracheal intubation is either not available, not advisable or the problem is of short-term duration.

Oropharyngeal airways are indicated only in unconscious people, because of the likelihood that the device would stimulate a gag reflex in conscious or semiconscious persons. This could result in vomit and potentially lead to an obstructed airway. Nasopharyngeal airways are mostly used instead as they do not stimulate a gag reflex. In general oropharyngeal airways need to be sized and inserted correctly to maximise effectiveness and minimise possible complications - such as oral trauma.

The correct size OPA is chosen by measuring from the corner of the person's mouth to the angle of the jaw. The airway is then inserted into the person's mouth upside down. Once contact is made with the back of the throat, the airway is rotated 180 degrees, allowing for easy insertion, and assuring that the tongue is secured. An alternative method for insertion, the method that is recommended for OPA use in children and infants, involves holding the tongue forward with a tongue depressor and inserting the airway right side up.

An oropharyngeal airway (also known as an oral airway, OPA or Guedel pattern airway - was designed by Arthur Guedel) is a medical device called an airway adjunct used to maintain a patient's (open) airway. It does this by preventing the tongue from covering the epiglottis, which could prevent the person from breathing. When a person becomes unconscious, the muscles in their jaw relax and allow the tongue to obstruct the airway

Oropharyngeal airways come in a variety of sizes, from infant to adult, and are used commonly in pre-hospital emergency care and for short-term airway management post-anesthetic or when manual methods are inadequate to maintain an open airway. This piece of equipment is utilized by certified first responders, emergency medical technicians, and paramedics plus other health professionals when tracheal intubation is either not available, not advisable or the problem is of short-term duration.

Oropharyngeal airways are indicated only in unconscious people, because of the likelihood that the device would stimulate a gag reflex in conscious or semiconscious persons. This could result in vomit and potentially lead to an obstructed airway. Nasopharyngeal airways are mostly used instead as they do not stimulate a gag reflex. In general oropharyngeal airways need to be sized and inserted correctly to maximise effectiveness and minimise possible complications - such as oral trauma.

The correct size OPA is chosen by measuring from the corner of the person's mouth to the angle of the jaw. The airway is then inserted into the person's mouth upside down. Once contact is made with the back of the throat, the airway is rotated 180 degrees, allowing for easy insertion, and assuring that the tongue is secured. An alternative method for insertion, the method that is recommended for OPA use in children and infants, involves holding the tongue forward with a tongue depressor and inserting the airway right side up.

An oropharyngeal airway (also known as an oral airway, OPA or Guedel pattern airway - was designed by Arthur Guedel) is a medical device called an airway adjunct used to maintain a patient's (open) airway. It does this by preventing the tongue from covering the epiglottis, which could prevent the person from breathing. When a person becomes unconscious, the muscles in their jaw relax and allow the tongue to obstruct the airway

Oropharyngeal airways come in a variety of sizes, from infant to adult, and are used commonly in pre-hospital emergency care and for short-term airway management post-anesthetic or when manual methods are inadequate to maintain an open airway. This piece of equipment is utilized by certified first responders, emergency medical technicians, and paramedics plus other health professionals when tracheal intubation is either not available, not advisable or the problem is of short-term duration.

Oropharyngeal airways are indicated only in unconscious people, because of the likelihood that the device would stimulate a gag reflex in conscious or semiconscious persons. This could result in vomit and potentially lead to an obstructed airway. Nasopharyngeal airways are mostly used instead as they do not stimulate a gag reflex. In general oropharyngeal airways need to be sized and inserted correctly to maximise effectiveness and minimise possible complications - such as oral trauma.

The correct size OPA is chosen by measuring from the corner of the person's mouth to the angle of the jaw. The airway is then inserted into the person's mouth upside down. Once contact is made with the back of the throat, the airway is rotated 180 degrees, allowing for easy insertion, and assuring that the tongue is secured. An alternative method for insertion, the method that is recommended for OPA use in children and infants, involves holding the tongue forward with a tongue depressor and inserting the airway right side up.

An oropharyngeal airway (also known as an oral airway, OPA or Guedel pattern airway - was designed by Arthur Guedel) is a medical device called an airway adjunct used to maintain a patient's (open) airway. It does this by preventing the tongue from covering the epiglottis, which could prevent the person from breathing. When a person becomes unconscious, the muscles in their jaw relax and allow the tongue to obstruct the airway

Oropharyngeal airways come in a variety of sizes, from infant to adult, and are used commonly in pre-hospital emergency care and for short-term airway management post-anesthetic or when manual methods are inadequate to maintain an open airway. This piece of equipment is utilized by certified first responders, emergency medical technicians, and paramedics plus other health professionals when tracheal intubation is either not available, not advisable or the problem is of short-term duration.

Oropharyngeal airways are indicated only in unconscious people, because of the likelihood that the device would stimulate a gag reflex in conscious or semiconscious persons. This could result in vomit and potentially lead to an obstructed airway. Nasopharyngeal airways are mostly used instead as they do not stimulate a gag reflex. In general oropharyngeal airways need to be sized and inserted correctly to maximise effectiveness and minimise possible complications - such as oral trauma.

The correct size OPA is chosen by measuring from the corner of the person's mouth to the angle of the jaw. The airway is then inserted into the person's mouth upside down. Once contact is made with the back of the throat, the airway is rotated 180 degrees, allowing for easy insertion, and assuring that the tongue is secured. An alternative method for insertion, the method that is recommended for OPA use in children and infants, involves holding the tongue forward with a tongue depressor and inserting the airway right side up.

An oropharyngeal airway (also known as an oral airway, OPA or Guedel pattern airway - was designed by Arthur Guedel) is a medical device called an airway adjunct used to maintain a patient's (open) airway. It does this by preventing the tongue from covering the epiglottis, which could prevent the person from breathing. When a person becomes unconscious, the muscles in their jaw relax and allow the tongue to obstruct the airway

Oropharyngeal airways come in a variety of sizes, from infant to adult, and are used commonly in pre-hospital emergency care and for short-term airway management post-anesthetic or when manual methods are inadequate to maintain an open airway. This piece of equipment is utilized by certified first responders, emergency medical technicians, and paramedics plus other health professionals when tracheal intubation is either not available, not advisable or the problem is of short-term duration.

Oropharyngeal airways are indicated only in unconscious people, because of the likelihood that the device would stimulate a gag reflex in conscious or semiconscious persons. This could result in vomit and potentially lead to an obstructed airway. Nasopharyngeal airways are mostly used instead as they do not stimulate a gag reflex. In general oropharyngeal airways need to be sized and inserted correctly to maximise effectiveness and minimise possible complications - such as oral trauma.

The correct size OPA is chosen by measuring from the corner of the person's mouth to the angle of the jaw. The airway is then inserted into the person's mouth upside down. Once contact is made with the back of the throat, the airway is rotated 180 degrees, allowing for easy insertion, and assuring that the tongue is secured. An alternative method for insertion, the method that is recommended for OPA use in children and infants, involves holding the tongue forward with a tongue depressor and inserting the airway right side up.

An oropharyngeal airway (also known as an oral airway, OPA or Guedel pattern airway - was designed by Arthur Guedel) is a medical device called an airway adjunct used to maintain a patient's (open) airway. It does this by preventing the tongue from covering the epiglottis, which could prevent the person from breathing. When a person becomes unconscious, the muscles in their jaw relax and allow the tongue to obstruct the airway

Oropharyngeal airways come in a variety of sizes, from infant to adult, and are used commonly in pre-hospital emergency care and for short-term airway management post-anesthetic or when manual methods are inadequate to maintain an open airway. This piece of equipment is utilized by certified first responders, emergency medical technicians, and paramedics plus other health professionals when tracheal intubation is either not available, not advisable or the problem is of short-term duration.

Oropharyngeal airways are indicated only in unconscious people, because of the likelihood that the device would stimulate a gag reflex in conscious or semiconscious persons. This could result in vomit and potentially lead to an obstructed airway. Nasopharyngeal airways are mostly used instead as they do not stimulate a gag reflex. In general oropharyngeal airways need to be sized and inserted correctly to maximise effectiveness and minimise possible complications - such as oral trauma.

The correct size OPA is chosen by measuring from the corner of the person's mouth to the angle of the jaw. The airway is then inserted into the person's mouth upside down. Once contact is made with the back of the throat, the airway is rotated 180 degrees, allowing for easy insertion, and assuring that the tongue is secured. An alternative method for insertion, the method that is recommended for OPA use in children and infants, involves holding the tongue forward with a tongue depressor and inserting the airway right side up.