Reusable Silicone Breathing Circuit with Water Traps

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A Reusable Silicone Breathing Circuit with Water Traps is a durable, autoclavable circuit for delivering anesthetic gases during anesthesia, featuring integrated water traps that collect condensate to prevent airway obstruction and protect equipment. The reusable design reduces waste and costs, while effective condensation management ensures safe, reliable gas delivery. Essential for operating rooms and anesthesia departments.

Categories: ANESTHESIA AND RESPIRATORY EQUIPMENT, Anesthesia Masks, Circuits, and Bags Tags: Anesthesia Circuit, Condensation Management, Reusable Silicone Breathing Circuit, Silicone Breathing Circuit, Water Trap Circuit

Description

Reusable Silicone Breathing Circuit with Water Traps

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Delivery of Anesthetic Gases and Oxygen

Primary Use: Provides a durable, reusable conduit for delivering oxygen, anesthetic agents, and medical gases from the anesthesia machine to the patient. The silicone construction offers flexibility, durability, and resistance to degradation from repeated sterilization.
How it helps: For the anesthesiologist and nurse anesthetist, the reusable silicone circuit provides a reliable, durable interface for gas delivery—withstanding repeated sterilization cycles while maintaining flexibility and integrity. For the patient, this means consistent delivery of anesthetic gases and oxygen throughout the procedure.

2. Condensation Management with Integrated Water Traps

Primary Use: Integrated 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, water traps simplify circuit management—collecting condensate automatically and allowing for easy drainage without disconnecting the circuit. For the patient, effective condensation management prevents water from entering the airway, reducing the risk of aspiration or coughing.

3. 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.

4. Closed and Semi-Closed Circuit Anesthesia

Primary Use: Designed for use in closed and semi-closed anesthesia circuits, allowing for rebreathing of exhaled gases with CO₂ absorption, conserving anesthetic agents and maintaining airway humidity and temperature.
How it helps: For the anesthesiologist, the circuit enables efficient delivery of anesthetic gases with minimal waste—reducing fresh gas flow requirements and conserving expensive volatile agents. For the patient, this means more stable airway conditions with improved humidity and temperature control.

5. Reusable Design for Cost-Effectiveness

Primary Use: The durable silicone construction allows for repeated sterilization and reuse, providing a cost-effective alternative to disposable circuits for facilities with high surgical volumes.
How it helps: For the hospital and sterile processing department, reusable silicone circuits reduce waste and long-term supply costs compared to disposable alternatives. For the patient, this means consistent quality equipment that maintains its integrity through repeated use.

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 for children and infants.

4. Magnetic Resonance Imaging: MRI-compatible silicone circuits available for use in MRI suites.

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

6. Circuit Extender: Can be extended with additional tubing for remote positioning.

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A reusable silicone breathing circuit with integrated water traps for condensation management.
Designation: Silicone Breathing Circuit with Water Traps, Reusable Anesthesia Circuit, Water Trap Circuit, Anesthesia Breathing Circuit.
Key Components:
- Inspiratory Limb: Tubing for gas delivery to patients.
- Expiratory Limb: Tubing for gas return from patient.
- Water Traps: Integrated 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.
- CO₂ Absorber Connection: Port for attaching CO₂ absorbent canister.

2. TECHNICAL & PERFORMANCE PROPERTIES

Material: Medical-grade silicone; non-toxic, biocompatible, autoclavable.
Tubing Diameter: 22 mm internal diameter; 15 mm connector for patient end.
Water Trap Capacity: 10-50 mL depending on model.
Circuit Length: 1.5-3 meters depending on configuration.
Sterilization: Steam autoclave compatible; ethylene oxide optional.
Reusable: Designed for repeated sterilization and use.
Latex-Free: Manufactured without natural rubber latex.

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Flexible, kink-resistant silicone tubing.
Transparency: Translucent for visualization of condensate and secretions.
Water Traps: Clear chambers for easy monitoring of fluid levels.
Drainage: Easy-access ports for emptying condensate.
Connectors: Standard 22 mm and 15 mm connectors.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Class II medical device regulated by FDA.
Biocompatibility: Silicone safe for patient contact.
Autoclavable: Withstands high-temperature sterilization cycles.
Pressure Rating: Designed for standard anesthesia circuit pressures.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in a clean, dry location after sterilization.
Cleaning: Thorough cleaning after each use; disassemble water traps for cleaning.
Sterilization: Steam autoclave per manufacturer instructions.
Inspection: Inspect for cracks, degradation, or damage before use; replace if compromised.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Delivery of anesthetic gases with 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 for leaks before use; ensure connections are secure.
Condensate Drainage: Drain water traps before they become full to prevent overflow.
Sterility: Ensure proper sterilization between patients.
Inspection: Check water trap seals for integrity before each use.

2. FIRST AID MEASURES

Circuit Leak: If leak is detected, replace circuit; secure connections.
Water Trap Overflow: If water trap overflows, disconnect patient; replace circuit; assess airway.
Obstruction: If circuit is obstructed, disconnect patient; ventilate manually; replace circuit.

3. FIRE FIGHTING MEASURES

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

Reusable Silicone Breathing Circuit with Water Traps

Reusable Silicone Breathing Circuit with Water Traps

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Delivery of Anesthetic Gases and Oxygen

Primary Use: Provides a durable, reusable conduit for delivering oxygen, anesthetic agents, and medical gases from the anesthesia machine to the patient. The silicone construction offers flexibility, durability, and resistance to degradation from repeated sterilization.

2. Condensation Management with Integrated Water Traps

Primary Use: Integrated 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. 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.

4. Closed and Semi-Closed Circuit Anesthesia

Primary Use: Designed for use in closed and semi-closed anesthesia circuits, allowing for rebreathing of exhaled gases with CO₂ absorption, conserving anesthetic agents and maintaining airway humidity and temperature.

5. Reusable Design for Cost-Effectiveness

Primary Use: The durable silicone construction allows for repeated sterilization and reuse, providing a cost-effective alternative to disposable circuits for facilities with high surgical volumes.

How it helps: For the hospital and sterile processing department, reusable silicone circuits reduce waste and long-term supply costs compared to disposable alternatives. For the patient, this means consistent quality equipment that maintains its integrity through repeated use.

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 for children and infants.

4. Magnetic Resonance Imaging: MRI-compatible silicone circuits available for use in MRI suites.

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

6. Circuit Extender: Can be extended with additional tubing for remote positioning.

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A reusable silicone breathing circuit with integrated water traps for condensation management.

Designation: Silicone Breathing Circuit with Water Traps, Reusable Anesthesia Circuit, Water Trap Circuit, Anesthesia Breathing Circuit.

Key Components:

Inspiratory Limb: Tubing for gas delivery to patients.

Expiratory Limb: Tubing for gas return from patient.

Water Traps: Integrated 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.

CO₂ Absorber Connection: Port for attaching CO₂ absorbent canister.

2. TECHNICAL & PERFORMANCE PROPERTIES

Material: Medical-grade silicone; non-toxic, biocompatible, autoclavable.

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

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

Circuit Length: 1.5-3 meters depending on configuration.

Sterilization: Steam autoclave compatible; ethylene oxide optional.

Reusable: Designed for repeated sterilization and use.

Latex-Free: Manufactured without natural rubber latex.

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Flexible, kink-resistant silicone tubing.

Transparency: Translucent for visualization of condensate and secretions.

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

Drainage: Easy-access ports for emptying condensate.

Connectors: Standard 22 mm and 15 mm connectors.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Class II medical device regulated by FDA.

Biocompatibility: Silicone safe for patient contact.

Autoclavable: Withstands high-temperature sterilization cycles.

Pressure Rating: Designed for standard anesthesia circuit pressures.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in a clean, dry location after sterilization.

Cleaning: Thorough cleaning after each use; disassemble water traps for cleaning.

Sterilization: Steam autoclave per manufacturer instructions.

Inspection: Inspect for cracks, degradation, or damage before use; replace if compromised.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Delivery of anesthetic gases with 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 for leaks before use; ensure connections are secure.

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

Sterility: Ensure proper sterilization between patients.

Inspection: Check water trap seals for integrity before each use.

2. FIRST AID MEASURES

Circuit Leak: If leak is detected, replace circuit; secure connections.

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

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

3. FIRE FIGHTING MEASURES

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

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

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