Whirlpool Hydrotherapy Rehabilitation Tubs
Hydrotherapy Whirlpool Tubs
Showing 17–24 of 61 results
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15 Gallon Mobile Extremity Whirlpool w/ Undercarriage
Item# UM51EWHM $7,502.56The 15 gallon mobile whirlpool with under-carriage of heavy duty construction and fixed height which raises the tank for use in treatment of the upper extremities.
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15 Gallon Stationary Extremity Whirlpool
Item# S51EWHM $7,353.8515 Gallon stationary whirlpool is recommended for treatment of the foot and ankle area.
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22 Gallon Mobile Extremity Whirlpool
Item# M22EWHM $6,592.3122 Gallon mobile whirlpools are recommended for treatment of the foot and ankle area, and when provided with a raised undercarriage, may also be used in treatment of the upper extremities.
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22 Gallon Mobile Extremity Whirlpool w/ Undercarriage
Item# UM22EWHM $7,737.18The 22 gallon mobile whirlpool with under-carriage of heavy duty construction and fixed height which raises the tank for use in treatment of the upper extremities.
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22 Gallon Stationary Extremity Whirlpool
Item# S22EWHM $7,510.2622 Gallon stationary whirlpool is recommended for treatment of the foot, ankle and leg, to below the knee, with better coverage and greater patient comfort.
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22 Gallon Stationary Extremity Whirlpool w/ Pedestal
Item# PS22EWHM $8,011.54The 22 gallon stationary whirlpool with pedestal is recommended for treatment of the foot, ankle and leg, to below the knee, with better coverage and greater patient comfort.
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27 Gallon Mobile Extremity Whirlpool
Item# M72EWHM $7,071.79The 27 gallon mobile whirlpools is recommended for treatment of the upper extremities and the lower leg below the knee.
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27 Gallon Stationary Extremity Whirlpool
Item# S72EWHM $7,903.85The 27 gallon stationary whirlpool is recommended for treatment of the upper extremities and the lower leg below the knee.
What Are Hydrotherapy Rehabilitation Tubs and How Are They Used in Clinical Settings?
Hydrotherapy rehabilitation tubs are specialized medical devices designed to deliver controlled therapy in the water for patients recovering from musculoskeletal injuries, post-surgical conditions, and chronic pain disorders. These systems are commonly used in physical therapy clinics, outpatient rehabilitation centers, athletic training facilities, and hospital rehab departments.
Unlike standard bathing equipment, hydrotherapy tubs incorporate integrated agitation systems, temperature monitoring, and mobility features to support targeted therapeutic treatment. Depending on configuration and capacity, they may be used for localized extremity treatment (e.g., foot and ankle) or full-body immersion involving the hips, back, and shoulders.
Clinical applications include edema reduction, circulation improvement, wound care support, and joint mobility enhancement. The ability to direct water agitation toward specific anatomical regions allows clinicians to tailor therapy to patient-specific rehabilitation goals.
We supply a full range of hydrotherapy rehabilitation tubs designed for extremity or full-body immersion, for mobile or stationary operation, or for physical or sport therapy applications.
What Types of Hydrotherapy Tubs Are Available for Rehabilitation Facilities?
Hydrotherapy rehabilitation tubs are typically categorized by capacity and treatment scope. Smaller-capacity units (e.g., 15-gallon systems) are designed for extremity-focused therapy, while larger units (100+ gallons) support partial or full-body immersion.
Lower-capacity mobile rehab tubs are commonly used for:
- Foot and ankle rehabilitation
- Upper extremity therapy (when paired with elevated configurations)
- Localized post-operative care
Mid- to large-capacity units, including hi-boy and sports hydrotherapy tubs, are used for:
- Hip, back, and shoulder immersion
- Athletic recovery and injury prevention
- Multi-region rehabilitation protocols
Facilities should align tub selection with patient volume, treatment types, and available floor space. Mobile configurations with caster systems are often preferred in environments where equipment must be repositioned between treatment rooms.
What Construction and Material Standards Are Required for Medical Hydrotherapy Rehabilitation Tubs?
Hydrotherapy tubs used in clinical environments must meet strict durability and hygiene standards. Most professional grade units are fabricated from heavy gauge Type 304 stainless steel with a satin finish. This material provides corrosion resistance, ease of cleaning, and lasting structural integrity under repeated exposure to water and cleaning agents.
Seamless welded construction is a critical design feature. By eliminating joints and crevices, seamless tanks reduce the risk of bacterial accumulation and simplify sanitation protocols. Rounded tank bottoms further minimize debris buildup and support effective drainage.
Additional structural features typically include reinforced tank rims with concealed stainless-steel rods, auxiliary drain valves for efficient emptying and polished surfaces to support infection control compliance.
All components exposed to water, such as fittings and internal hardware, are generally constructed from stainless steel, chrome-plated brass, or bronze to maintain durability and prevent contamination.
How Do Agitation and Turbine Systems Support Hydrotherapy Rehabilitation?
The therapeutic effectiveness of a hydrotherapy tub depends largely on its agitation system. Most rehabilitation units are equipped with a turbine assembly that functions both as a water agitator and a pump-driven circulation device.
Standard systems include a 1/2 horsepower jet pump motor, typically UL-listed for safety and reliability. These motors are enclosed in protective housings (often ABS plastic) and incorporate automatic thermal overload protection to prevent damage during extended operation.
Key functional capabilities include:
- Adjustable water agitation intensity
- Directional control to target specific body regions
- Dual functionality for both agitation and draining
The turbine assembly is commonly mounted on a raising and lowering mechanism. This allows clinicians to adjust the height and angle of water flow, ensuring that agitation is applied precisely where needed. Spring-balanced systems with locking mechanisms provide stability during treatment.
What Mobility and Positioning Features Improve Clinical Workflow?
Mobility is a critical consideration in rehabilitation environments where space and patient flow must be managed efficiently. Most hydrotherapy tubs are equipped with heavy-duty swivel casters to enable easy repositioning within treatment areas.
Rear casters are typically lockable, allowing the unit to remain stable during therapy sessions. This combination of mobility and stability supports both operational flexibility and patient safety.
For units focused on extremity therapy, compact dimensions (e.g., approximately 25 inches long by 13 inches wide) allow placement in smaller treatment rooms. Larger tubs, which may exceed 50 inches in length, are designed for dedicated hydrotherapy spaces but still benefit from mobile configurations.
Weight considerations also vary significantly. Smaller units may weigh around 100 pounds, while full-body systems can exceed 200 pounds. Facilities should ensure that their flooring and layout can accommodate both the weight and movement of these systems.
How Is Temperature Control Managed in Hydrotherapy Rehabilitation?
Precise temperature control is essential for safe and effective hydrotherapy. Most units include a dual-scale thermometer that provides readings in both Fahrenheit and Celsius. Adjustable calibration ensures accuracy over time.
The thermometer is typically secured within a retainer to prevent movement or noise during agitation. This design detail contributes to both usability and patient comfort.
Temperature management protocols vary depending on treatment goals. Warmer water may be used to promote muscle relaxation and circulation, while cooler temperatures are often applied in acute injury or inflammation scenarios. The integrated thermometer allows clinicians to maintain consistent therapeutic conditions throughout the session.
What Infection Control and Maintenance Considerations Should Facilities Evaluate in Hydrotherapy Rehabilitation Tubs?
Infection control is a primary concern in any hydrotherapy environment. Equipment design plays a significant role in minimizing contamination risks.
Key features in this regard include seamless tank construction to eliminate bacterial harborage, rounded interior surfaces for easier cleaning and high-quality metal components that resist biofilm formation.
Routine maintenance typically involves draining, cleaning, and disinfecting the tub after each use. Auxiliary drain valves and integrated emptying functions within the turbine system simplify this process.
Facilities should also consider manufacturer recommendations for cleaning agents and maintenance schedules to ensure compliance with clinical standards and to extend equipment lifespan.
How Do Capacity and Dimensions Impact Clinical Use of Hydrotherapy Rehabilitation Tubs?
The capacity of a hydrotherapy tub directly determines its clinical applications. Smaller 15-gallon units are optimized for localized treatment and are often used in outpatient settings. Their compact size and lower water requirements make them efficient for frequent use.
In contrast, 100+ gallon systems support both full body and multi region immersion. These larger tubs are commonly used in sports medicine and advanced rehabilitation programs where broader coverage is required.
Typical dimensional ranges of hydrotherapy tubs include:
- Small units: approximately 25″ L × 13″ W × 15″ D
- Mid-size units: approximately 48″ L × 24″ W × 28″ D
- Large units: approximately 56″ L × 24″ W × 25″ D
Weight and footprint increase with capacity, so facilities must balance treatment needs with available space and infrastructure.
What Standard Features are Included with Hydrotherapy Rehabilitation Tub Systems?
While configurations vary, most professional hydrotherapy tubs include a consistent set of core features designed to meet clinical requirements.
These features typically include:
- 1/2 horsepower turbine assembly
- Adjustable agitation with directional control
- Raising and lowering mechanism with locking capability
- Dual scale thermometer with calibration adjustment
- Heavy duty swivel casters with rear locking functionality
These features provide a baseline level of performance and usability across different models. Additional accessories and customization options may be available depending on manufacturer offerings and facility needs.
How Should Medical Equipment Buyers Evaluate Hydrotherapy Rehabilitation Tub Options?
When selecting hydrotherapy rehabilitation tubs, purchasing professionals should focus on alignment between equipment capabilities and clinical requirements. Key evaluation criteria include:
- Treatment scope: extremity-only vs. full-body immersion
- Construction quality: material grade, weld integrity, and finish
- Agitation performance: motor power, adjustability, and reliability
- Mobility: caster design and locking mechanisms
- Maintenance requirements: ease of cleaning and drainage
Budget considerations should also account for long-term durability and maintenance, not just initial acquisition cost. Higher quality stainless steel construction and robust turbine systems may reduce total cost of ownership over time.
What Role Do Hydrotherapy Tubs Play in Rehabilitation Programs?
Hydrotherapy tubs remain a foundational component of many rehabilitation programs due to their versatility and clinical effectiveness. By combining controlled water immersion with targeted agitation, these systems support a wide range of therapeutic interventions.
From localized extremity treatment to full body recovery protocols, hydrotherapy tubs provide clinicians with a flexible, reliable tool for patient care. For medical equipment buyers, selecting the appropriate configuration requires a careful assessment of clinical needs, facility constraints, and long-term operational considerations.
MSEC’s hydrotherapy rehabilitation tubs are designed for clean, consistent operation. They resist corrosion and bacterial growth, and include several features that improve performance, mobility and long-term durability.