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· Rigid or semi-flexible suction tube.
· Distal end with tear drop-shaped suction tip for smooth and safe operation.
· Proximal handle designed for comfortable grip and precise control.
· Easily connects to standard suction tubing systems.
· Autoclavable and reusable — in stainless steel versions — or available as disposable plastic versions.
It balances strong suction with delicate handling of tissues, making it ideal for both high-flow evacuation and controlled, targeted suction.
· Ergonomically designed for a comfortable, yet firm, grip.
· Typically straight or slightly contoured to fit the natural curvature of the hand.
· Allows one-handed operation in surgical procedures.
· A rigid or semi-flexible hollow tube that conveys fluids towards the suction source.
· Standard lengths range from 20 cm to 30 cm, with inner diameters appropriate for both adult and pediatric use.
· Constructed to resist bending or collapsing under suction pressure.
Tear Drop Tip (Distal End)
· Distinguishing feature of this model.
· The tear-drop shape allows smoother insertion and prevents adherence to tissues.
· Openings are rounded to avoid trauma, yet allow effective flow of suction.
· Minimizes risk of blockages by allowing debris to pass easily.
Proximal Connector
· Standard Luer or tapered fitting that connects to suction tubing.
· Engineered to provide a secure, airtight seal and prevent leakage.
· Made from AISI 304 or 316L surgical-grade stainless steel.
· Provides high durability for long-lasting performance.
· Fully autoclavable and resistant to corrosion.
· Offers a smooth, mirror-polished interior surface to reduce fluid resistance and enhance cleanability.
· Made of transparent or blue-tinted medical-grade PVC or polypropylene.
· Lightweight and flexible for single-use safety.
· Pre-sterilized and individually packed.
· Ideal for high-turnover or infection-controlled environments.
Each material variant keeps the same functional geometry and suction efficiency, thereby assuring consistent clinical outcomes across different usage preferences.
4. Functional Principle
The Yankauer Suction Tube works on the principle of negative pressure achieved through a suction device. The instrument draws fluids through its distal openings into the collection unit when attached to vacuum tubing.
Working Mechanism
· The tear drop tip makes contact with the fluid or debris site.
· Negative pressure created by the suction source pulls fluid through the tip opening.
· The internal lumen transports the aspirated material through the tube.
· The proximal connector delivers the material to a suction canister for disposal.
The unique tip contour with a precision-calibrated lumen makes it particularly effective for continuous suction in procedures requiring delicate manipulation or extended operation times.
· Length: 20 cm to 30 cm.
· Outer Diameter: 6 mm to 12 mm.
· Handle: Smooth or ribbed.
· Connector: Tapered or Luer lock type.
· Standard Tear Drop Tip (Adult): Common in general and abdominal surgeries.
· Pediatric Tear Drop Tip: Smaller lumen to be used in pediatric or ENT cases.
· Vented Model: Comes equipped with a thumb vent hole for intermittent suction control.
· Non-Vented Model: Provides continuous suction for high-flow applications.
· Plastic disposable model: Pre-sterilized, lightweight, and economical.
Each model has particular advantages, depending on the surgical specialty or operating environment.
· For evacuation of blood, irrigation fluids, and secretions from the operative field.
· Maintains visibility during abdominal, thoracic, and vascular procedures.
· Ideal for nasal, oral, and pharyngeal suctioning.
· The tear drop tip provides gentle handling of delicate mucosal tissues.
· Used frequently in operations for tonsillectomy and adenoidectomy.
· Used in cesarean sections and uterine surgeries to aspirate blood and amniotic fluid.
· Ensures sterile and clear operative conditions.
· Allows precise suctioning during the preparation and contouring of the flap.
· Minimizes the risk of tissue damage during delicate facial or micro-procedures.
· Clears bone dust, blood, and other debris during drilling or fixation.
· Commonly used for oral and airway suctioning in intubated or unconscious patients.
Such is its versatility that it has become an indispensable instrument in both surgical suites and critical care.
· Smooth fluid evacuation with minimal clogging.
· Gentle suction prevents adhesion of tissues or trauma.
· Ergonomic grip for surgeon comfort, to reduce fatigue.
· Enhanced control with vented thumb option.
· Durable construction ensures consistent long-term performance.
· Autoclavable and reusable, or available as sterile disposable versions.
· Clear operative field at all times.
· Decreases the risk of tissue injury or vessel collapse.
· Better handling in confined spaces, thanks to the contoured tip.
· Lower maintenance than flexible suction catheters.
· Compatible with all major suction systems.
These advantages contribute to safer and more efficient surgical procedures in multiple disciplines.
1. Connection: Securely connect the proximal end to the suction tubing.
2. Suction Pressure Check: Ensure suction pressure is within a safe and usually recommended operational limit of 80–120 mmHg for general applications.
3. Positioning: Hold the handle comfortably, keeping the tip at a suitable angle to the surgical field.
4. Suction Control:
o For vented models, use the thumb hole to modulate suction flow.
o For non-vented models, keep moving steadily to prevent tissue adherence.
5. Cleaning and Maintenance (Reusable Models):
o Rinse immediately after use.
o Use brushes to clean internal lumens.
o Sterilize according to recommended autoclave parameters.
Proper technique prevents clogging and ensures smooth suction throughout the procedure.
For Stainless Steel (Reusable) Models
· Rinse immediately after each use to remove organic residue.
· Clean the internal channel by using a soft brush or an ultrasonic cleaner.
· Autoclave at 134°C for 3–5 minutes.
· Dry thoroughly before storage to avoid corrosion.
· Regularly inspect for tip integrity and handle wear.
· Single-use only.
· Dispose of in appropriate biohazard waste containers after use.
· Minimize reprocessing to maintain infection control principles.
Adherence to maintenance guidelines ensures long-term performance and patient safety.
· ISO 13485 certified manufacturing.
· CE marking for European compliance.
· Precision CNC machining of stainless-steel components.
· The surfaces will be mirror-polished to minimize fluid resistance.
· 100% inspection for air-tightness and flow consistency.
· Ergonomic testing to ensure comfortable hand balance.
Such rigorous quality control can assure consistent suction performance, durability, and safety for both patients and clinicians.
· Anti-clog tear drop tips with improved internal shaping.
· Lightweight polymer versions with reinforced rigidity.
· Color-coded handles for identification of size.
· Ergonomic finger grips to reduce surgeon strain.
· Adjustable flow with integrated suction control valves.
· Latex-free and BPA-free materials for patient safety.
· Transparent models with observation of visual flow.
These innovations enhance surgical precision while keeping the simplicity and reliability characteristic of the original design.
· Avoid long suction times over sensitive tissues.
· Ensure that suction pressure is adjusted according to patient and procedure type.
· Check the tear drop tip regularly for cracks or irregularities.
· Replace worn or damaged tubes immediately.
· Sterile handling is required to prevent cross-contamination.
· For disposable models, never reuse or reprocess.
Proper training and adherence to handling protocols reduce the risks of mucosal injury or infection.
| Feature | Standard Tip | Tear Drop Tip |
| Tip Shape | Rounded Open-End | Contoured, Tear Drop |
| Tissue Protection | Moderate | High |
| Flow Control | Standard | Improved Directional Suction |
| Clogging Resistance | Average | Superior anti-clog geometry |
| Applications | General | Delicate and General Surgery |
In a nutshell, the standard Yankauer is good for general suctioning, while the tear drop model provides greater safety and control, especially in delicate tissue work like ENT and plastic surgery.
· Maintaining visibility during bleeding.
· Preventing fluid accumulation in operative sites.
· Ensuring safe airway management in critical care.
· Facilitating minimally invasive and microsurgical procedures.
In each and every theater, it follows that this instrument underscores the key importance of suction control to achieve surgical excellence.