Urine Bags

Name: Urine Bags - Amaris Medical Solutions
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Urine Bags are sterile, single-use, closed-system medical devices designed for gravity drainage, collection, containment, and measurement of urine from indwelling urinary catheters. Available in two primary configurations: large-capacity drainage bags (2000-4000 mL) for bedridden patients and overnight use, and smaller leg bags (350-750 mL) for ambulatory, community-dwelling patients. Core components include a transparent graduated collection bag, flexible drainage tubing, anti-reflux valve, needleless sampling port, and secure outlet valve. Manufactured from medical-grade PVC (DEHP-free alternatives available) or non-PVC materials, all components are latex-free and terminally sterilized. Critical safety requirements include maintaining the bag below bladder level at all times to prevent retrograde flow, preserving closed system integrity, and adhering to strict single-patient-use protocols. An indispensable component of CAUTI prevention bundles and urinary drainage management across acute care, long-term care, and home healthcare settings.

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Categories: UROLOGY AND NEPHROLOGY, Catheters and Tubing, CONSUMABLES AND DISPOSABLES, Urological Catheters and Bags Tags: CAUTI Prevention, Closed Urinary Drainage, Drainage Bag, Foley Catheter Drainage, Leg Bag, Urine Bag, Urology Consumable

Description

Urine Bags

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Collection and Containment of Urine from Indwelling Catheters

Primary Use: Attaches to an indwelling urinary catheter to collect, contain, and measure urine output from patients who are unable to void spontaneously or require continuous bladder drainage, including hospitalized, surgical, critically ill, and long-term care patients.
How it helps: For the nurse and critical care team managing a patient with a urinary catheter, the urine bag provides a closed, sterile collection system that continuously drains urine from the bladder—preventing urinary stasis, reducing infection risk, and allowing for accurate measurement of output. For the patient who cannot void independently, a urine bag means their bladder is kept empty and comfortable, their skin is protected from moisture, and their urine output can be monitored without repeated catheterizations.

2. Gravity Drainage of Urine

Primary Use: Provides a closed, sterile drainage system that uses gravity to continuously drain urine from the bladder into a collection bag positioned below the level of the patient’s bladder, maintaining low bladder pressure and preventing urinary stasis.
How it helps: For the healthcare team managing a catheterized patient, proper positioning of the urine bag below the bladder ensures continuous drainage by gravity—preventing the backflow of urine that would increase bladder pressure and create a reservoir for bacterial growth. For the patient, gravity drainage means their bladder remains empty and decompressed, reducing discomfort and the risk of urinary tract infection.

3. Accurate Measurement of Urine Output

Primary Use: Integral volume measurement chambers allow precise, hourly quantification of urine output, a critical parameter in monitoring hemodynamic stability, renal function, fluid resuscitation response, and postoperative recovery in intensive care and acute care settings.
How it helps: For the intensivist and critical care nurse, the graduated markings on the urine bag provide a continuous window into kidney function—every milliliter of urine output measured tells them whether the kidneys are being adequately perfused, whether fluid resuscitation is working, and whether the patient is responding to treatment. For the critically ill patient, accurate urine output monitoring guides life-saving decisions about fluids, pressors, and other interventions.

4. Prevention of Catheter-Associated Urinary Tract Infection

Primary Use: Maintains a closed, sterile drainage system to prevent entry of microorganisms into the urinary tract, with anti-reflux valves preventing retrograde flow of urine from the bag back into the bladder, a major pathway for CAUTI.
How it helps: For the infection preventionist and bedside nurse, the closed drainage system with anti-reflux valve is a critical defense against hospital-acquired infection—creating a one-way barrier that prevents bacteria from migrating from the bag up the tubing and into the bladder. For the patient with an indwelling catheter, this valve means their risk of developing a painful, dangerous catheter-associated infection is significantly reduced.

5. Night Drainage and Extended Bedrest

Primary Use: Large-capacity drainage bags are used for overnight or extended bedrest, reducing the frequency of bag emptying and minimizing sleep disruption.
How it helps: For the patient requiring continuous bladder drainage, a large-capacity night bag hung at the bedside means uninterrupted sleep—they are not woken repeatedly to have a full bag emptied, and the nursing staff’s nighttime rounds are less disruptive. For the healing patient, uninterrupted sleep supports recovery and improves the hospital experience.

6. Leg Bags for Ambulatory Patients

Primary Use: Smaller, discreet bags worn strapped to the thigh or calf allow mobile patients with indwelling catheters or urinary incontinence to maintain dignity, freedom of movement, and participation in daily activities outside the home.
How it helps: For the patient living with a long-term catheter, a leg bag worn discreetly under clothing means they can leave the house, go to work, shop, and socialize without the encumbrance of a large drainage bag—restoring independence and quality of life. For the healthcare team, leg bags support patient mobility and community participation.

SECONDARY & SUPPORTIVE USES

1. Urinary Diversion Systems: Used in conjunction with urostomy pouches or suprapubic catheters for patients who have undergone urinary diversion procedures such as ileal conduit, ureterostomy, or cystectomy. For the patient living with a urinary diversion, appropriate drainage bags are essential for continence and quality of life.

2. Condom Catheter Drainage: Attached to external condom catheters for male patients with urinary incontinence who do not require an indwelling catheter. For the patient who can use a condom catheter, a leg bag provides a non-invasive option for managing incontinence.

3. Specimen Collection: Sampling ports integrated into the drainage tubing allow for sterile aspiration of urine for microbiological culture and analysis without disrupting the closed system. For the clinician needing a urine culture, the sampling port provides access without breaking sterility.

4. Bladder Irrigation and Drainage: Used with three-way catheters for continuous bladder irrigation following urological surgery, providing both inflow of irrigation solution and outflow and drainage of fluid and blood clots. For the post-operative urology patient, continuous irrigation prevents painful clot retention.

5. Pediatric Urine Collection: Smaller capacity bags with pediatric-specific tubing and connection sizes for neonatal and pediatric patients requiring indwelling catheterization. For the smallest patients, appropriately sized equipment ensures proper function and comfort.

6. Home Healthcare and Hospice Care: Enables patients with chronic urinary retention, neurogenic bladder, or terminal illness to be managed at home with dignity and comfort, reducing hospital readmissions. For the patient receiving end-of-life care at home, a urine bag supports comfort and dignity in their final days.

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Product Type: A sterile, single-use, closed-system fluid collection device designed for gravity drainage, containment, and measurement of urine from an indwelling urinary catheter .
Designation: Defined by capacity, configuration (leg vs. drainage) , valve features, sampling port type, and hanger design .
Core Components:
- Collection Bag: Flexible, transparent PVC or non-PVC (EVA, polyurethane) envelope calibrated with volume graduations .
- Drainage Tubing: Flexible PVC tubing connecting catheter to bag; typically 36-60 inches (90-150 cm) .
- Drip Chamber: Prevents reflux and provides visual confirmation of urine flow .
- Anti-Reflux Valve: One-way valve preventing retrograde flow of urine from bag to bladder .
- Sampling Port: Latex-free, needleless access port for sterile specimen aspiration .
- Outlet Valve/Drainage Spout: Bottom-mounted tap for emptying bag without disconnecting system .
- Hanger/Attachment System: Integral hooks, straps, or brackets for securing bag to bed frame, wheelchair, or ambulatory patient .
- Patient Identification Label: Area for documenting patient information, date of bag change .
Core Variants:
- Drainage Bags (Night Bags): Large capacity: 2000 mL, 2500 mL, 4000 mL. For bedridden patients, overnight use, high-output diuresis .
- Leg Bags (Day Bags): Small capacity: 350 mL, 500 mL, 750 mL. Worn on thigh or calf with elastic straps or sleeves. For ambulatory, community-dwelling patients .
- Pediatric Bags: Reduced capacity (150-500 mL), smaller tubing diameter, pediatric-specific connectors .
- Universal Bags: Convertible systems with removable leg straps and multiple hanger options for both bed and ambulatory use .

2. TECHNICAL & PERFORMANCE PROPERTIES

Volume Graduation Accuracy: Calibrated markings must be clear, permanent, and accurate to within ±5-10% to permit reliable clinical measurement of urine output .
Anti-Reflux Valve Integrity: Must reliably prevent retrograde flow under all clinical conditions (patient positioning, bag movement, accidental elevation) to prevent CAUTI .
Tubing Kink Resistance: Drainage tubing must resist kinking and occlusion that would obstruct urine flow and cause bladder distension .
Connector Compatibility: Universal connector (6.7 mm - 7.5 mm) compatible with all standard Foley catheter drainage funnels. Must provide secure, leak-proof connection .
Drip Chamber Function: Provides visual indication of flow; prevents urine from pooling in tubing and acting as a conduit for bacterial migration .
Burst Strength: Bag must withstand internal hydrostatic pressure without seam separation or leakage .
Odor Barrier: Multi-layer film construction may incorporate odor-barrier technology to contain urinary odor, enhancing patient dignity and caregiver comfort .

3. PHYSICAL & OPERATIONAL PROPERTIES

Material:
- PVC (Polyvinyl Chloride): Traditional material, flexible, transparent, economical. May contain DEHP plasticizer (non-DEHP alternatives increasingly mandated) .
- Non-PVC (EVA, Polyurethane, Polyolefin): Increasingly preferred; DEHP-free, more environmentally sustainable, comparable performance .
- Latex-Free: All patient-contact and user-contact components must be manufactured without natural rubber latex .
Graduations: Clear, high-contrast volume markings (typically black on clear/white background) in milliliters (mL) . Drainage bags: graduated in 100-200 mL increments; Leg bags: graduated in 25-50 mL increments .
Tubing Length: Standard drainage bag: 36-48 inches (90-120 cm) . Leg bags: 6-18 inches (15-45 cm) to minimize drag and concealment .
Hanger Systems:
- Drainage Bags: Integral hooks for bed frame; non-slip hooks; self-adhesive wall mounts; floor stand compatibility .
- Leg Bags: Adjustable elastic straps (hook-and-loop closure); fabric sleeves; foam leg band with non-slip lining .
Packaging: Individually wrapped in sterile, peel-open or tear-open pouches. Sterility must be maintained until point of use .

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Standards:
- ISO 8669: Urine collection bags - Requirements and test methods .
- ASTM D1709: Standard test methods for impact resistance of plastic film (bag burst strength) .
- FDA 510(k) Clearance: Required for US marketing as Class I or Class II medical device .
- CE Marking: Required for European market .
- California Proposition 65: Compliance for DEHP-free products .
Sterility: Terminal sterilization via ethylene oxide (EtO) or gamma irradiation. Sterility assurance level (SAL) of 10⁻⁶. Sterile fluid pathway is critical for CAUTI prevention .
Biocompatibility: All fluid-contact and skin-contact materials must meet ISO 10993 standards for cytotoxicity, sensitization, irritation, and systemic toxicity .
DEHP Compliance: Many healthcare systems and regions (EU, California) mandate DEHP-free/non-phthalate materials for neonatal, pediatric, and pregnant patient populations .
Latex-Free: Mandatory for use in latex-free healthcare environments and for patients with latex allergy .

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in original, unopened packaging in a cool, dry environment. Protect from direct sunlight, extreme temperatures, 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. Do not use it if integrity is questionable .
Single-Use Protocol: Urine bags are strictly single-patient-use devices. They must not be reused between patients. Drainage bags are typically changed every 5-7 days per facility protocol; leg bags are typically changed every 5-14 days or per manufacturer instructions. Reuse is associated with:
- Biofilm formation and CAUTI .
- Material degradation and leakage .
- Valve failure and retrograde flow .
- Cross-contamination .
Emptying Protocol: Empty bag when approximately 2/3 to 3/4 full. Open outlet valve slowly over acceptable receptacle. Do not allow outlet spouts to contact non-sterile surfaces or collection containers. Clean outlet spout with 70% alcohol wipe after each emptying. Close the valve securely .

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: The essential containment component of the closed urinary drainage system, used in conjunction with indwelling urinary catheters for continuous bladder drainage across all healthcare settings: ICUs, general wards, postoperative units, long-term care facilities, and home care .
Selection Criteria:
- Patient Mobility Status: Bedridden → drainage bag (night bag); Ambulatory → leg bag (day bag) .
- Urine Output Volume: High output (diuresis, diabetes insipidus, post-obstruction) → large capacity (4000 mL) .
- Patient Age/Size: Pediatric patients → pediatric-specific bags .
- Infection Control Requirements: Immunocompromised, post-urological surgery → consider anti-reflux valve integrity, sampling port type .
- Patient Preference: Discreetness, comfort, ease of operation .
CAUTI Prevention Bundles: Urine bags are a critical component of evidence-based CAUTI prevention bundles, which include:
- Maintaining a closed, sterile drainage system .
- Keep the bag below the level of the bladder at all times .
- Ensuring dependent drainage (no kinks, loops) .
- Emptying bag regularly using aseptic technique .
- Changing bag per protocol (not routinely unless clinically indicated) .
- Using sampling port for specimen collection .

SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

Maintain Dependent Drainage (Most Important): The urine bag must always be positioned below the level of the patient's bladder. Elevating the bag allows contaminated urine to flow retrograde from the bag into the bladder, introducing pathogens and causing CAUTI. Never place the bag on the patient's abdomen, bed rail above bladder level, or chair seat .
Prevent Tube Kinking and Looping: Drainage tubing must be free of kinks, dependent loops, and obstructions that impede urine flow. Stagnant urine in tubing promotes bacterial migration and biofilm formation. Coil excess tubing loosely on the bed, never below the bag .
Never Disconnect the Closed System: The integrity of the closed drainage system is the most important defense against CAUTI. Do not disconnect the catheter from the bag unless absolutely required. Use the sampling port for specimen collection. Use the outlet valve for emptying .
Emptying Precautions: Open outlet valve slowly over a clean, dedicated collection receptacle. Do not allow the valve spout to touch the receptacle or any non-sterile surface. Wipe the spout with 70% alcohol after each use. Close the valve securely .
Leg Bag Positioning: Secure leg bag to the calf or lower thigh with appropriate straps. Do not overtighten (impairs circulation). Ensure tubing is not kinked. Position bag below bladder level even when sitting or lying .
Night Bag Changeover: When converting from leg bag (day) to drainage bag (night), maintain aseptic technique at the connection. Clean the connector with 70% alcohol before attachment. Never leave the system open to the environment .
Do Not Lift Bag by Drainage Tubing: Always support the bag by its handle or hanger. Pulling on tubing may disconnect the system or damage the bag .
Monitor for Leakage: Inspect bag and connections regularly for signs of leakage. Leakage breaches the closed system and requires immediate replacement of the affected component(s) .
Patient Education: Instruct ambulatory patients on proper leg bag use, emptying technique, night bag changeover, and signs of complications (leakage, hematuria, fever, suprapubic pain) .

2. FIRST AID MEASURES

Accidental Disconnection: If the catheter-bag connection is accidentally separated, do not reconnect. Discard the contaminated bag and tubing. Clean the catheter connector with 70% alcohol and attach a new, sterile drainage bag using aseptic technique .
Bag Rupture/Leak: If the bag leaks or ruptures, immediately close the outlet valve (if intact) and remove the bag. Clean any spilled urine from patient and environment per infection control protocols. Replace with a new, sterile bag .
Retrograde Contamination Event: If the bag is inadvertently elevated above bladder level or known retrograde flow has occurred, consider this a contamination event. Assess patients for signs of CAUTI. Replace the bag. Document the event .
Chemical Spill (Disinfectant Exposure): If disinfectant (e.g., bleach, peracetic acid) is accidentally introduced into the drainage system during cleaning, replace the entire system immediately. Irrigate the catheter if indicated .

3. FIRE FIGHTING MEASURES

Flammability: PVC, EVA, polyurethane, and polyolefin materials are combustible .
Extinguishing Media: Use water, foam, CO₂, or dry chemical powder as appropriate for the surrounding fire. Burning PVC releases hydrogen chloride and toxic fumes; use self-contained breathing apparatus (SCBA) in enclosed spaces .

Urine Bags

Urine Bags

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Collection and Containment of Urine from Indwelling Catheters

Primary Use: Attaches to an indwelling urinary catheter to collect, contain, and measure urine output from patients who are unable to void spontaneously or require continuous bladder drainage, including hospitalized, surgical, critically ill, and long-term care patients.

2. Gravity Drainage of Urine

Primary Use: Provides a closed, sterile drainage system that uses gravity to continuously drain urine from the bladder into a collection bag positioned below the level of the patient’s bladder, maintaining low bladder pressure and preventing urinary stasis.

3. Accurate Measurement of Urine Output

Primary Use: Integral volume measurement chambers allow precise, hourly quantification of urine output, a critical parameter in monitoring hemodynamic stability, renal function, fluid resuscitation response, and postoperative recovery in intensive care and acute care settings.

4. Prevention of Catheter-Associated Urinary Tract Infection

Primary Use: Maintains a closed, sterile drainage system to prevent entry of microorganisms into the urinary tract, with anti-reflux valves preventing retrograde flow of urine from the bag back into the bladder, a major pathway for CAUTI.

5. Night Drainage and Extended Bedrest

Primary Use: Large-capacity drainage bags are used for overnight or extended bedrest, reducing the frequency of bag emptying and minimizing sleep disruption.

6. Leg Bags for Ambulatory Patients

Primary Use: Smaller, discreet bags worn strapped to the thigh or calf allow mobile patients with indwelling catheters or urinary incontinence to maintain dignity, freedom of movement, and participation in daily activities outside the home.

SECONDARY & SUPPORTIVE USES

2. Condom Catheter Drainage: Attached to external condom catheters for male patients with urinary incontinence who do not require an indwelling catheter. For the patient who can use a condom catheter, a leg bag provides a non-invasive option for managing incontinence.

3. Specimen Collection: Sampling ports integrated into the drainage tubing allow for sterile aspiration of urine for microbiological culture and analysis without disrupting the closed system. For the clinician needing a urine culture, the sampling port provides access without breaking sterility.

5. Pediatric Urine Collection: Smaller capacity bags with pediatric-specific tubing and connection sizes for neonatal and pediatric patients requiring indwelling catheterization. For the smallest patients, appropriately sized equipment ensures proper function and comfort.

1. BASIC IDENTIFICATION ATTRIBUTES

Product Type: A sterile, single-use, closed-system fluid collection device designed for gravity drainage, containment, and measurement of urine from an indwelling urinary catheter .

Designation: Defined by capacity, configuration (leg vs. drainage) , valve features, sampling port type, and hanger design .

Core Components:

Collection Bag: Flexible, transparent PVC or non-PVC (EVA, polyurethane) envelope calibrated with volume graduations .

Drainage Tubing: Flexible PVC tubing connecting catheter to bag; typically 36-60 inches (90-150 cm) .

Drip Chamber: Prevents reflux and provides visual confirmation of urine flow .

Anti-Reflux Valve: One-way valve preventing retrograde flow of urine from bag to bladder .

Sampling Port: Latex-free, needleless access port for sterile specimen aspiration .

Outlet Valve/Drainage Spout: Bottom-mounted tap for emptying bag without disconnecting system .

Hanger/Attachment System: Integral hooks, straps, or brackets for securing bag to bed frame, wheelchair, or ambulatory patient .

Patient Identification Label: Area for documenting patient information, date of bag change .

Core Variants:

Drainage Bags (Night Bags): Large capacity: 2000 mL, 2500 mL, 4000 mL. For bedridden patients, overnight use, high-output diuresis .

Leg Bags (Day Bags): Small capacity: 350 mL, 500 mL, 750 mL. Worn on thigh or calf with elastic straps or sleeves. For ambulatory, community-dwelling patients .

Pediatric Bags: Reduced capacity (150-500 mL), smaller tubing diameter, pediatric-specific connectors .

Universal Bags: Convertible systems with removable leg straps and multiple hanger options for both bed and ambulatory use .

2. TECHNICAL & PERFORMANCE PROPERTIES

Volume Graduation Accuracy: Calibrated markings must be clear, permanent, and accurate to within ±5-10% to permit reliable clinical measurement of urine output .

Anti-Reflux Valve Integrity: Must reliably prevent retrograde flow under all clinical conditions (patient positioning, bag movement, accidental elevation) to prevent CAUTI .

Tubing Kink Resistance: Drainage tubing must resist kinking and occlusion that would obstruct urine flow and cause bladder distension .

Connector Compatibility: Universal connector (6.7 mm - 7.5 mm) compatible with all standard Foley catheter drainage funnels. Must provide secure, leak-proof connection .

Drip Chamber Function: Provides visual indication of flow; prevents urine from pooling in tubing and acting as a conduit for bacterial migration .

Burst Strength: Bag must withstand internal hydrostatic pressure without seam separation or leakage .

Odor Barrier: Multi-layer film construction may incorporate odor-barrier technology to contain urinary odor, enhancing patient dignity and caregiver comfort .

3. PHYSICAL & OPERATIONAL PROPERTIES

Material:

PVC (Polyvinyl Chloride): Traditional material, flexible, transparent, economical. May contain DEHP plasticizer (non-DEHP alternatives increasingly mandated) .

Non-PVC (EVA, Polyurethane, Polyolefin): Increasingly preferred; DEHP-free, more environmentally sustainable, comparable performance .

Latex-Free: All patient-contact and user-contact components must be manufactured without natural rubber latex .

Graduations: Clear, high-contrast volume markings (typically black on clear/white background) in milliliters (mL) . Drainage bags: graduated in 100-200 mL increments; Leg bags: graduated in 25-50 mL increments .

Tubing Length: Standard drainage bag: 36-48 inches (90-120 cm) . Leg bags: 6-18 inches (15-45 cm) to minimize drag and concealment .

Hanger Systems:

Drainage Bags: Integral hooks for bed frame; non-slip hooks; self-adhesive wall mounts; floor stand compatibility .

Leg Bags: Adjustable elastic straps (hook-and-loop closure); fabric sleeves; foam leg band with non-slip lining .

Packaging: Individually wrapped in sterile, peel-open or tear-open pouches. Sterility must be maintained until point of use .

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Standards:

ISO 8669: Urine collection bags - Requirements and test methods .

ASTM D1709: Standard test methods for impact resistance of plastic film (bag burst strength) .

FDA 510(k) Clearance: Required for US marketing as Class I or Class II medical device .

CE Marking: Required for European market .

California Proposition 65: Compliance for DEHP-free products .

Sterility: Terminal sterilization via ethylene oxide (EtO) or gamma irradiation. Sterility assurance level (SAL) of 10⁻⁶. Sterile fluid pathway is critical for CAUTI prevention .

Biocompatibility: All fluid-contact and skin-contact materials must meet ISO 10993 standards for cytotoxicity, sensitization, irritation, and systemic toxicity .

DEHP Compliance: Many healthcare systems and regions (EU, California) mandate DEHP-free/non-phthalate materials for neonatal, pediatric, and pregnant patient populations .

Latex-Free: Mandatory for use in latex-free healthcare environments and for patients with latex allergy .

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in original, unopened packaging in a cool, dry environment. Protect from direct sunlight, extreme temperatures, 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. Do not use it if integrity is questionable .

Single-Use Protocol: Urine bags are strictly single-patient-use devices. They must not be reused between patients. Drainage bags are typically changed every 5-7 days per facility protocol; leg bags are typically changed every 5-14 days or per manufacturer instructions. Reuse is associated with:

Biofilm formation and CAUTI .

Material degradation and leakage .

Valve failure and retrograde flow .

Cross-contamination .

Emptying Protocol: Empty bag when approximately 2/3 to 3/4 full. Open outlet valve slowly over acceptable receptacle. Do not allow outlet spouts to contact non-sterile surfaces or collection containers. Clean outlet spout with 70% alcohol wipe after each emptying. Close the valve securely .

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: The essential containment component of the closed urinary drainage system, used in conjunction with indwelling urinary catheters for continuous bladder drainage across all healthcare settings: ICUs, general wards, postoperative units, long-term care facilities, and home care .

Selection Criteria:

Patient Mobility Status: Bedridden → drainage bag (night bag); Ambulatory → leg bag (day bag) .