Mucus Extractor Amaris Medical
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Mucus Extractor

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Mucus Extractors are sterile, single-use handheld suction devices designed for the rapid clearance of secretions from the oral cavity, pharynx, and trachea, with distinct configurations for neonatal and adult populations. Neonatal/infant extractors feature soft, flexible, small-diameter tips with low suction capacity (30-60 mL) to minimize trauma to delicate airways. Adult/universal extractors (Yank Auer) are rigid, large-bore, angled devices with multiple suction eyes and high-flow capacity (150-300 mL) for rapid clearance of blood, vomitus, and thick secretions. Select models incorporate sterile specimen traps for collection of respiratory secretions for microbiological analysis. Critical safety requirements include strict limitation of suction duration (≤10 seconds; ≤5 seconds in neonates), avoidance of excessive suction pressure (neonates ≤80 mmHg), use of non-traumatic multiple-eye tips for vulnerable patients, and absolute single-use protocol. An indispensable airway device in neonatal resuscitation, pediatric care, emergency medicine, and perioperative settings.
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Description

Mucus Extractor

PRIMARY CLINICAL & DIAGNOSTIC USES

1.Clearance of Airway Secretions in Neonates and Infants
  • Primary Use: Removes mucus, amniotic fluid, blood, and other secretions from the oral cavity, pharynx, and trachea of newborn infants immediately following delivery, establishing a patent airway, stimulating respiration, and preventing aspiration of meconium-stained fluid or other obstructions during neonatal resuscitation.
  • How it helps: For the neonatologist, obstetrician, and delivery room team, the mucus extractor is the first tool of life support for a newborn—clearing the airway of fluid before the first breath, removing meconium that could otherwise be aspirated into the lungs, and stimulating the infant to cry and breathe independently. For the newborn taking their first breaths, a properly suctioned airway means clear passage for air to enter the lungs, supporting the critical transition from placental to pulmonary oxygenation.
2. Suctioning of Non-Intubated Pediatric Patients
  • Primary Use: Used to clear upper airway secretions in infants and young children who cannot effectively cough or clear their own airway due to respiratory infection, congenital anomalies, neurologic impairment, or postoperative weakness.
  • How it helps: For the pediatrician, respiratory therapist, and pediatric nurse caring for a child with bronchiolitis, pneumonia, or neurologic impairment, the mucus extractor provides a means to clear the airway when the child’s own cough is ineffective—removing secretions that would otherwise obstruct breathing, cause desaturation, and lead to respiratory failure. For the struggling infant, gentle suctioning can mean immediate improvement in work of breathing and oxygen saturation.
3. Endotracheal and Tracheostomy Tube Suctioning
  • Primary Use: Employs a soft, flexible catheter to suction artificial airways in intubated neonates and children, maintaining tube patency and preventing mucus plugging.
  • How it helps: For the neonatal and pediatric intensive care team managing a child on a ventilator, regular suctioning with a mucus extractor is essential to keep the artificial airway clear—removing secretions that would otherwise narrow the tube, increase work of breathing, and potentially cause complete obstruction. For the ventilated child, proper suctioning means their airway remains patent and ventilation remains effective.
4. Oral and Pharyngeal Suctioning in Patients with Dysphagia
  • Primary Use: Clears pooled oral secretions in patients of all ages with impaired swallowing due to stroke, neurologic disease, head and neck surgery, or altered mental status, reducing aspiration risk.
  • How it helps: For the speech-language pathologist, neurologist, and nurse caring for patients with swallowing difficulties, the mucus extractor provides a means to manage oral secretions when the patient cannot swallow them effectively—preventing the silent aspiration that leads to pneumonia and maintaining comfort and dignity. For the patient with dysphagia, gentle suctioning means they are not constantly choking on their own saliva.
5. Suctioning of Viscous Secretions
  • Primary Use: The large-bore, rigid design of traditional Yankauer-type mucus extractors enables rapid clearance of thick, tenacious, or particulate-laden secretions that would occlude standard flexible suction catheters.
  • How it helps: For the respiratory therapist and emergency provider dealing with thick, tenacious secretions, the rigid mucus extractor provides a wide bore that will not clog—allowing rapid clearance of mucus plugs, blood clots, and particulate matter that would quickly block a standard catheter. For the patient with copious thick secretions, this means their airway can be cleared effectively in a single pass.

SECONDARY & SUPPORTIVE USES

1. Collection of Specimens for Microbiological Analysis: Sterile mucus extractors with integrated specimen traps enable collection of respiratory secretions for culture and sensitivity testing, respiratory syncytial virus testing, and other microbiological assays. For the clinician diagnosing a respiratory infection, a properly collected specimen guides targeted antibiotic therapy.
2. Gastric Suctioning in Neonates: May be used to decompress the stomach and remove swallowed air and fluid in newborns with suspected intestinal obstruction or following delivery. For the newborn with abdominal distension, gastric suction can provide immediate relief.
3. Suctioning of Meconium and Particulate Matter: The large-bore tip and rigid construction permit aspiration of thick meconium-stained amniotic fluid and particulate debris from the neonatal airway. For the infant born through meconium-stained fluid, effective suctioning can prevent meconium aspiration syndrome.
4. Intraoperative Suctioning in Head and Neck Surgery: Used in otolaryngology, oral surgery, and maxillofacial procedures for rapid clearance of blood and irrigating solutions from the surgical field. For the surgeon operating in the airway, a reliable suction device maintains visualization and safety.
5. Emergency Airway Management: Essential component of emergency airway carts and neonatal resuscitation areas for immediate availability during respiratory emergencies. For the code team responding to a respiratory arrest, having a suction device immediately available can be life-saving.
KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

  • Product Type: A sterile, single-use, handheld suction device designed specifically for the rapid clearance of secretions from the oral cavity, pharynx, and upper airway.
  • Designation: Defined by tip configuration, material composition, presence of specimen trap, size (pediatric vs. adult) , and connection type.
  • Core Variants:
    • Neonatal/Infant Mucus Extractor:
      • Small, soft, flexible tip.
      • Low suction pressure (80-100 mmHg).
      • Reduced capacity (30-60 mL).
      • May include integrated specimen trap.
    • Adult / Universal Mucus Extractor (Yankauer):
      • Rigid, large-bore, angled tip with multiple suction eyes.
      • Removable tip for cleaning (historical; current practice is single-use).
      • High suction capacity (150-200+ mL).
      • Standard 1/4" suction tubing connection.
    • In-Line Mucus Extractor with Specimen Trap:
      • Integrated, removable specimen collection container.
      • Sterile fluid path for microbiological specimen collection.
      • For tracheal aspirate cultures and diagnostic testing.
    • DeLee Mucus Trap (Historical):
      • Oral suction device with trap; operator provides suction via mouthpiece.
      • Largely obsolete due to risk of operator exposure to infectious materials.
      • Replaced by wall-suction or bulb-syringe devices.
  • Core Components:
    • Suction Tip / Cannula: Rigid or semi-rigid tube, straight or angled, with single or multiple suction eyes/ports.
    • Handle / Body: Ergonomic grip for operator control; may include thumb port for suction regulation.
    • Reservoir / Collection Chamber: Integrated or detachable container for aspirated secretions.
    • Suction Connector: Standard tapered female connector for attachment to suction tubing.
    • Specimen Trap (select models): Removable, sterile container for microbiological specimen collection.
    • Pressure Control Port (select models): Thumb-controlled vent for intermittent suction application.

2. TECHNICAL & PERFORMANCE PROPERTIES

  • Suction Flow Rate: Volume of air/fluid aspirated per unit time at standard vacuum pressure (100-300 mmHg). Determined by tip orifice diameter, lumen diameter, and suction eye configuration. Adult Yankauer: 15-30 L/min. Neonatal: 5-15 L/min.
  • Tip Configuration:
    • Multiple-Eye Tip: Several lateral suction ports near tip; reduces tissue grab and mucosal trauma.
    • Single-Eye Tip: Single end-hole or lateral port; higher flow rate but increased tissue trauma risk.
    • Bulb Tip: Rounded, non-traumatic tip; for delicate mucosal surfaces.
    • Angled Tip: 30-45 degree angle; facilitates access to pharynx and left mainstem bronchus.
  • Material Composition:
    • Rigid Mucus Extractors (Yankauer): Medical-grade ABS plastic, polystyrene, or polypropylene. Rigid, transparent or translucent.
    • Flexible Mucus Extractors (Neonatal): Soft PVC, silicone, or polyurethane. Flexible, kink-resistant, transparent.
  • Tissue Trauma Profile: Soft, flexible, non-traumatic tips with multiple suction eyes minimize mucosal injury, petechiae, and edema. Critical for neonatal, pediatric, and anticoagulated patients.
  • Specimen Trap Integrity: Must maintain hermetic seal between collection chamber and suction pathway; prevents loss of specimen and aerosolization of pathogens.
  • Radiopacity: Radiopaque line or marker for visualization on chest radiograph (select endotracheal suction catheters; less common in oral mucus extractors).

3. PHYSICAL & OPERATIONAL PROPERTIES

  • Length:
    • Neonatal Mucus Extractor: 5-8 inches (12-20 cm).
    • Adult Yankauer: 8-12 inches (20-30 cm).
    • Flexible Suction Catheter: 14-22 inches (35-55 cm).
  • Diameter / French Size:
    • Neonatal: 6 Fr - 10 Fr.
    • Pediatric: 10 Fr - 14 Fr.
    • Adult Yankauer: 16 Fr - 18 Fr (equivalent; rigid tip).
  • Suction Eye Configuration:
    • Yankauer: Multiple large eyes (3-6) along distal 2-3 cm; some models with removable tip for cleaning (historical).
    • Neonatal: Single or double small eyes; smooth, rounded tip.
  • Reservoir Capacity:
    • Standard Mucus Extractor: 30-60 mL (neonatal), 60-120 mL (pediatric), 150-300 mL (adult/Yankauer).
    • Specimen Trap: 5-20 mL.
  • Connection: Standard tapered 1/4" (6.4 mm) or 3/8" (9.5 mm) female connector for suction tubing.
  • Packaging: Sterile, individually wrapped in peel-pouch or rigid tray. Often included in neonatal resuscitation kits, airway management trays, and suction procedure kits.

4. SAFETY & COMPLIANCE ATTRIBUTES

  • Regulatory Standards:
    • ISO 10079-1: Medical suction equipment — Electrically powered suction equipment.
    • ISO 10079-2: Medical suction equipment — Manually powered suction equipment.
    • ISO 10079-3: Medical suction equipment — Suction equipment powered from vacuum or pressure source.
    • ASTM F960: Standard specification for medical-grade suction catheters.
    • FDA 510(k) Clearance: Required for US marketing as Class II medical device.
    • CE Marking: Required for European market.
  • Sterility: Terminally sterilized via ethylene oxide (EtO) or gamma irradiation. Sterility assurance level (SAL) of 10⁻⁶.
  • Biocompatibility: All tissue-contact materials must meet ISO 10993 standards for cytotoxicity, sensitization, irritation, and systemic toxicity.
  • Latex-Free: All components manufactured without natural rubber latex.
  • DEHP Compliance: Non-DEHP/Phthalate-free materials required for neonatal and pediatric applications (FDA safety alert, EU MDR).
  • Single-Use Protocol: Mucus extractors are strictly single-use devices. Never reuse a mucus extractor. Reuse is associated with:
    • Cross-contamination and nosocomial infection.
    • Biofilm accumulation.
    • Loss of tip integrity and tissue trauma.
    • Compromised sterility.
    • Inadequate suction performance.

5. STORAGE & HANDLING ATTRIBUTES

  • Storage: Store in original, unopened packaging in a cool, dry environment. Protect from extreme temperatures, direct sunlight, and physical damage.
  • Shelf Life: Typically 3-5 years from date of manufacture. Expiration date printed on each package. Do not use it after expiration; sterility and material integrity cannot be guaranteed.
  • Package Inspection: Before use, inspect packaging for any signs of compromise: tears, punctures, moisture ingress, or damage to sterile barrier. Inspect devices for cracks, sharp edges, or visible defects. Verify tip integrity and suction eye patency. Do not use it if integrity is questionable.
  • Single-Use Protocol: Strictly single-use. Discard immediately after procedure into appropriate waste receptacle (biohazard waste if contaminated with blood/body fluids).

6. LABORATORY & CLINICAL APPLICATIONS

  • Primary Application: An essential, immediate-use airway device in neonatal resuscitation, pediatric care, and adult airway management. Indispensable in delivery rooms, neonatal intensive care units (NICUs), pediatric emergency departments, and operating rooms.
  • Selection Criteria:
    • Patient Age/Size: Neonatal (soft, flexible, small tip) vs. Pediatric vs. Adult (rigid Yankauer).
    • Clinical Indication: Routine oral/pharyngeal suctioning (Yankauer); endotracheal/tracheostomy suctioning (flexible catheter); microbiological specimen collection (specimen trap device).
    • Secretions Characteristics: Thin secretions (standard suction); thick, particulate, meconium (large-bore Yankauer).
    • Tissue Vulnerability: Anticoagulated patients, friable mucosa, post-surgical airways → soft, flexible, multi-eye tip.
  • Neonatal Resuscitation Protocol (NRP):
    • Suction mouth first, then nose (to prevent aspiration if baby gasps when nares stimulated).
    • Use bulb syringe or meconium aspirator with endotracheal tube for meconium-stained fluid.
    • Limit suction depth and duration; avoid vagal stimulation (bradycardia).
    • Discontinue suction if heart rate <100 bpm or if baby initiates effective respirations.
SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

  • Tissue Trauma Prevention (Most Important): Mucus extractors, particularly rigid Yankauer tips, can cause significant mucosal injury, petechiae, bleeding, and edema if used aggressively or with excessive suction pressure.
    • Use soft, flexible, non-traumatic tips for neonatal and pediatric patients.
    • Use multiple-eye tips to distribute suction force and reduce tissue grab.
    • Apply suction only during withdrawal, not during insertion.
    • Limit suction pressure: neonates 60-80 mmHg, infants 80-100 mmHg, children 100-120 mmHg, adults 120-150 mmHg.
    • Never force the tip against tissue; use gentle, sweeping motions.
  • Vagal Stimulation / Bradycardia: Pharyngeal and tracheal suctioning, particularly in neonates and infants, stimulates the vagus nerve, causing reflex bradycardia, hypotension, and apnea.
    • Limit suction duration to ≤10 seconds per pass (neonates ≤5 seconds).
    • Preoxygenate before suctioning when possible.
    • Monitor heart rate and oxygen saturation during the procedure.
    • Stop immediately and reoxygenate if bradycardia or desaturation occurs.
  • Do Not Obstruct Airway: Never occlude the oropharynx or trachea with the suction device. Maintain visualization of the tip at all times. Ensure adequate airway patency during and after suctioning.
  • Specimen Trap Integrity: When using mucus extractors with specimen traps, do not overfill the collection chamber (prevents overflow into suction tubing). Maintain sterile fields during specimen collection. Seal and label specimen container immediately after collection.
  • Suction Pressure Verification: Verify wall suction pressure before use. Excessive pressure causes tissue trauma, atelectasis, and hypoxemia. Inadequate pressure ineffective for secretion clearance.
  • Sharps Safety: Mucus extractors are not sharps; however, they are frequently used in conjunction with needles for medication administration. Ensure all sharps are discarded appropriately.
  • Infection Control: Wear appropriate PPE (gloves, gown, face shield/eye protection) during suctioning due to risk of droplet spray and aerosolization. Use closed suction systems for patients with known or suspected airborne infections (TB, measles, COVID-19).

2. FIRST AID MEASURES

  • Mucosal Injury / Bleeding: If significant bleeding occurs from oral/pharyngeal mucosa during suctioning, remove device immediately, apply gentle pressure with gauze, and assess source. Minor bleeding typically resolves spontaneously. Persistent bleeding may require topical hemostatic agents or otolaryngology consultation.
  • Vagal Episode / Bradycardia: Stop suctioning immediately. Ventilate with 100% oxygen. If heart rate does not recover spontaneously, initiate neonatal resuscitation protocol (NRP) or pediatric advanced life support (PALS) as indicated. Atropine may be required for severe bradycardia.
  • Device Breakage / Tip Fracture: If the tip of the mucus extractor fractures and remains in the airway, do not attempt blind retrieval. Maintain patient airway, administer high-flow oxygen, and obtain immediate bronchoscopy or laryngoscopy for foreign body removal.
  • Needlestick Injury: If a contaminated suction device causes percutaneous injury, immediately wash the affected area vigorously with soap and water. Report incident immediately to supervisor/occupational health. Follow institutional post-exposure prophylaxis protocols for bloodborne pathogen exposure. Complete incident documentation.

3. FIRE FIGHTING MEASURES

  • Flammability: Plastic components (ABS, polystyrene, PVC, polypropylene) are combustible.
  • Extinguishing Media: Use water, foam, CO₂, or dry chemical powder as appropriate for the surrounding fire. Burning plastic releases toxic fumes; use self-contained breathing apparatus (SCBA) in enclosed spaces.

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