Disposable Breathing Circuit Reinforced with Water Traps

Name: Disposable Breathing Circuit Reinforced with Water Traps - Amaris Medical Solutions
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A Disposable Breathing Circuit Reinforced with Water Traps is a single-use, kink-resistant circuit with integrated condensation management for delivering anesthetic gases during anesthesia and mechanical ventilation. The reinforced construction maintains patency during complex patient positioning, while built-in water traps prevent condensate from reaching the patient or equipment. Essential for operating rooms, ICUs, and procedures requiring non-standard patient positioning.

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Categories: ANESTHESIA AND RESPIRATORY EQUIPMENT, Anesthesia Masks, Circuits, and Bags Tags: Anesthesia Circuit, Disposable Reinforced Breathing Circuit, Kink-Resistant Circuit, Single-Use Circuit, Water Trap Circuit

Description

Disposable Breathing Circuit Reinforced with Water Traps

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Delivery of Anesthetic Gases and Oxygen

Primary Use: Provides a single-use, reinforced conduit for delivering oxygen, anesthetic agents, and medical gases from the anesthesia machine to the patient. The reinforced construction prevents kinking and maintains patency even when the circuit is positioned at acute angles.
How it helps: For the anesthesiologist and nurse anesthetist, the reinforced disposable circuit offers the convenience of single-use infection control with the durability to resist kinking during complex positioning. For the patient, this means consistent delivery of anesthetic gases and oxygen throughout the procedure without risk of circuit obstruction.

2. Integrated Condensation Management

Primary Use: Built-in water traps collect condensate that forms in the circuit due to the warming and humidification of inspired gases, preventing water accumulation that could obstruct gas flow or reach the patient.
How it helps: For the anesthesia provider, integrated water traps simplify circuit management—collecting condensate automatically without the need for separate components. For the patient, effective condensation management prevents water from entering the airway, reducing the risk of aspiration or coughing.

3. Kink-Resistant Design for Complex Positioning

Primary Use: The embedded reinforcement (wire or spiral) within the tubing wall prevents collapse or kinking when the circuit is bent or positioned at acute angles, making it ideal for procedures requiring patient positioning such as prone, lateral, or lithotomy positions.
How it helps: For the surgical team and anesthesiologist, the reinforced circuit maintains patency regardless of patient positioning—ensuring uninterrupted gas flow during complex surgeries. For the patient undergoing procedures requiring extreme positioning, this means continuous ventilation without the risk of circuit obstruction.

4. Single-Use Infection Control

Primary Use: Designed for single-patient use, eliminating the risk of cross-contamination associated with reusable circuits and reducing the need for sterilization processing.
How it helps: For the infection prevention team and sterile processing department, disposable circuits simplify infection control protocols and eliminate the need for cleaning and sterilization between cases. For the patient, this ensures a sterile, single-use circuit for each procedure, reducing the risk of healthcare-associated infections.

5. Protection of Ventilator and Anesthesia Machine

Primary Use: Water traps prevent condensate from flowing back into the anesthesia machine or ventilator, protecting sensitive internal components from moisture damage and ensuring accurate gas delivery.
How it helps: For the biomedical engineering team and anesthesia department, water traps protect expensive equipment from moisture damage—reducing maintenance costs and extending equipment life. For the patient, this ensures that the anesthesia machine functions reliably throughout the procedure.

SECONDARY & SUPPORTIVE USES

1. Mechanical Ventilation: Connects patients to mechanical ventilators for intraoperative or ICU ventilation.

2. Low-Flow Anesthesia: Supports low-flow anesthesia techniques with efficient condensation management.

3. Pediatric Anesthesia: Available in pediatric sizes with reinforced tubing for children.

4. Long Surgical Procedures: Reinforced design maintains patency during lengthy surgeries.

5. Transport Ventilation: Used for manual or mechanical ventilation during patient transport.

6. MRI Suite Use: Non-ferromagnetic reinforced circuits available for MRI procedures.

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A single-use, reinforced breathing circuit with integrated water traps for condensation management.
Designation: Disposable Reinforced Breathing Circuit with Water Traps, Single-Use Circuit with Water Trap, Kink-Resistant Circuit, Anesthesia Circuit.
Key Components:
- Reinforced Tubing: Wire or spiral-reinforced tubing to prevent kinking.
- Integrated Water Traps: Built-in collection chambers for condensate.
- Drainage Ports: Valved ports for draining collected water.
- Y-Piece: Connector joining inspiratory and expiratory limbs to patient.
- Machine Connectors: Standard 22 mm connectors for anesthesia machines.
- Reservoir Bag: Optional integrated bag for manual ventilation.
- Filter Port: Optional port for bacterial/viral filter.

2. TECHNICAL & PERFORMANCE PROPERTIES

Material: Medical-grade PVC with wire or plastic spiral reinforcement.
Tubing Diameter: 22 mm internal diameter; 15 mm connector for patient end.
Reinforcement: Stainless steel or nylon spiral embedded in tube wall.
Water Trap Capacity: 10-50 mL depending on model.
Circuit Length: 1.5-3 meters depending on configuration.
Reservoir Bag: 1-3 L sizes available.
Sterility: Ethylene oxide or gamma irradiation sterilized.
Latex-Free: Manufactured without natural rubber latex.

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Flexible, kink-resistant tubing; transparent or translucent.
Water Traps: Clear chambers for easy monitoring of fluid levels.
Drainage: Easy-access ports for emptying condensate.
Connectors: Standard 22 mm and 15 mm ISO connectors.
Packaging: Sterile, single-use; individually packaged.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Class II medical device regulated by FDA.
Biocompatibility: Materials safe for patient contact.
Latex-Free: Manufactured without natural rubber latex.
DEHP-Free: Available in DEHP-free options.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in a clean, dry location at room temperature; protect from heat.
Sterility Maintenance: Do not use it if the package is opened, damaged, or wet.
Expiration: Check expiration date before use; do not use after expiration.
Single-Use Only: Intended for single patient use only; do not resterilize or reuse.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Delivery of anesthetic gases with kink-resistant performance and integrated condensation management.
Clinical Role: Essential equipment in operating rooms, anesthesia departments, and critical care settings.

SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

Water Trap Monitoring: Monitor water trap levels regularly; drain when indicated.
Circuit Integrity: Inspect packaging for damage before use; ensure connections are secure.
Reinforcement Integrity: Do not use it if tubing shows signs of kinking or damage.
Positioning: Route circuit to avoid tension on patient airway.
Single-Use: Do not reuse or resterilize; dispose after single use.
Condensate Drainage: Drain water traps before they become full to prevent overflow.

2. FIRST AID MEASURES

Circuit Leak: If leak is detected, replace circuit immediately.
Water Trap Overflow: If water trap overflows, disconnect patient; replace circuit; assess airway.
Kinking: If kinking occurs, reposition circuit; replace if patency cannot be restored.
Obstruction: If circuit is obstructed, disconnect patient; ventilate manually; replace circuit.

3. FIRE FIGHTING MEASURES

Flammability: PVC is combustible; an oxygen-enriched environment increases fire risk.
Extinguishing Media: For fire, disconnect oxygen source; use appropriate extinguisher.

Disposable Breathing Circuit Reinforced with Water Traps

Disposable Breathing Circuit Reinforced with Water Traps

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Delivery of Anesthetic Gases and Oxygen

Primary Use: Provides a single-use, reinforced conduit for delivering oxygen, anesthetic agents, and medical gases from the anesthesia machine to the patient. The reinforced construction prevents kinking and maintains patency even when the circuit is positioned at acute angles.

2. Integrated Condensation Management

Primary Use: Built-in water traps collect condensate that forms in the circuit due to the warming and humidification of inspired gases, preventing water accumulation that could obstruct gas flow or reach the patient.

3. Kink-Resistant Design for Complex Positioning

Primary Use: The embedded reinforcement (wire or spiral) within the tubing wall prevents collapse or kinking when the circuit is bent or positioned at acute angles, making it ideal for procedures requiring patient positioning such as prone, lateral, or lithotomy positions.

4. Single-Use Infection Control

Primary Use: Designed for single-patient use, eliminating the risk of cross-contamination associated with reusable circuits and reducing the need for sterilization processing.

5. Protection of Ventilator and Anesthesia Machine

Primary Use: Water traps prevent condensate from flowing back into the anesthesia machine or ventilator, protecting sensitive internal components from moisture damage and ensuring accurate gas delivery.

How it helps: For the biomedical engineering team and anesthesia department, water traps protect expensive equipment from moisture damage—reducing maintenance costs and extending equipment life. For the patient, this ensures that the anesthesia machine functions reliably throughout the procedure.

SECONDARY & SUPPORTIVE USES

1. Mechanical Ventilation: Connects patients to mechanical ventilators for intraoperative or ICU ventilation.

2. Low-Flow Anesthesia: Supports low-flow anesthesia techniques with efficient condensation management.

3. Pediatric Anesthesia: Available in pediatric sizes with reinforced tubing for children.

4. Long Surgical Procedures: Reinforced design maintains patency during lengthy surgeries.

5. Transport Ventilation: Used for manual or mechanical ventilation during patient transport.

6. MRI Suite Use: Non-ferromagnetic reinforced circuits available for MRI procedures.

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A single-use, reinforced breathing circuit with integrated water traps for condensation management.

Designation: Disposable Reinforced Breathing Circuit with Water Traps, Single-Use Circuit with Water Trap, Kink-Resistant Circuit, Anesthesia Circuit.

Key Components:

Reinforced Tubing: Wire or spiral-reinforced tubing to prevent kinking.

Integrated Water Traps: Built-in collection chambers for condensate.

Drainage Ports: Valved ports for draining collected water.

Y-Piece: Connector joining inspiratory and expiratory limbs to patient.

Machine Connectors: Standard 22 mm connectors for anesthesia machines.

Reservoir Bag: Optional integrated bag for manual ventilation.

Filter Port: Optional port for bacterial/viral filter.

2. TECHNICAL & PERFORMANCE PROPERTIES

Material: Medical-grade PVC with wire or plastic spiral reinforcement.

Tubing Diameter: 22 mm internal diameter; 15 mm connector for patient end.

Reinforcement: Stainless steel or nylon spiral embedded in tube wall.

Water Trap Capacity: 10-50 mL depending on model.

Circuit Length: 1.5-3 meters depending on configuration.

Reservoir Bag: 1-3 L sizes available.

Sterility: Ethylene oxide or gamma irradiation sterilized.

Latex-Free: Manufactured without natural rubber latex.

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Flexible, kink-resistant tubing; transparent or translucent.

Water Traps: Clear chambers for easy monitoring of fluid levels.

Drainage: Easy-access ports for emptying condensate.

Connectors: Standard 22 mm and 15 mm ISO connectors.

Packaging: Sterile, single-use; individually packaged.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Class II medical device regulated by FDA.

Biocompatibility: Materials safe for patient contact.

Latex-Free: Manufactured without natural rubber latex.

DEHP-Free: Available in DEHP-free options.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in a clean, dry location at room temperature; protect from heat.

Sterility Maintenance: Do not use it if the package is opened, damaged, or wet.

Expiration: Check expiration date before use; do not use after expiration.

Single-Use Only: Intended for single patient use only; do not resterilize or reuse.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Delivery of anesthetic gases with kink-resistant performance and integrated condensation management.

Clinical Role: Essential equipment in operating rooms, anesthesia departments, and critical care settings.

1. SAFETY PRECAUTIONS

Water Trap Monitoring: Monitor water trap levels regularly; drain when indicated.

Circuit Integrity: Inspect packaging for damage before use; ensure connections are secure.

Reinforcement Integrity: Do not use it if tubing shows signs of kinking or damage.

Positioning: Route circuit to avoid tension on patient airway.

Single-Use: Do not reuse or resterilize; dispose after single use.

Condensate Drainage: Drain water traps before they become full to prevent overflow.

2. FIRST AID MEASURES

Circuit Leak: If leak is detected, replace circuit immediately.

Water Trap Overflow: If water trap overflows, disconnect patient; replace circuit; assess airway.

Kinking: If kinking occurs, reposition circuit; replace if patency cannot be restored.

Obstruction: If circuit is obstructed, disconnect patient; ventilate manually; replace circuit.

3. FIRE FIGHTING MEASURES

Flammability: PVC is combustible; an oxygen-enriched environment increases fire risk.

Extinguishing Media: For fire, disconnect oxygen source; use appropriate extinguisher.

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