The Cold Water Recovery Pod is a professionally designed recovery inflatable bathtub system, primarily used for cold water recovery therapy after exercise or in specific rehabilitation scenarios. Its core components include a large inflatable bathtub and an external circulation device with a digital control panel. It can provide a convenient and effective recovery method for professional athletes, rehabilitation patients and outdoor enthusiasts.
| Place Of Origin: | China |
| Color: | Black |
| Size: | 95cm*95cm |
| Logo: | Accept Customized Logo |
| Packaging: | Opp Bag / Brown Box / Color Box |
| Transportation: | Express, Sea, Land, Air |
| Type: | Recovery Inflatable Bathtub |
| Material: | Other |
| Payment Method: | T/T |
| Terms Of Trade: | T/T |
Precision temperature control system: The Cold Water Recovery Pod is equipped with a high-precision temperature control system with a temperature adjustment range of 10℃ to 30℃, which can accurately maintain the set temperature ±0.5℃. Its digital display shows the current water temperature in real time, and the response speed reaches a rapid cooling effect of 3℃ per minute, thanks to the built-in high-efficiency compressor and large-area heat exchange device. When fully loaded with 180 liters of water, the system can reduce the water temperature from room temperature 25℃ to the target recovery temperature of 15℃ within 15 minutes, ensuring that the user is always in an ideal low-temperature treatment environment throughout the immersion process, far exceeding the temperature fluctuation range and cooling efficiency of ordinary cooling equipment.
Ultra-large capacity design: The bathtub measures 95cm×95cm and can hold at least 180 liters of water inside, which can completely immerse 85% of the body. Its deep design ensures that the water surface can be stably maintained at the shoulder position when the user is in a supine position, providing sufficient space for full-body immersion. Compared with standard bathtubs (usually with a capacity of 120-150 liters), the large capacity of this device allows for freer body posture adjustment. At the same time, in scenarios where multiple people use it alternately, the water level drop is controlled within 3%, ensuring a continuous and stable treatment effect.
High-strength material structure: The main body is made of 0.8 mm thick reinforced PVC and TPU composite material, with a puncture resistance of 1200N/cm², which is 3.5 times that of ordinary inflatable swimming pool materials. The tear strength test results of the material show that the elongation can reach 450% under a force of 500g, ensuring that the structure can remain intact under high-intensity use and accidental collisions. The special internal reinforcement rib design divides the bathtub into 12 independent pressure-bearing areas, each of which can withstand a pressure of 150kg. The overall load-bearing capacity exceeds 1800kg, far exceeding the safety standards of similar products. It can remain stable even when multiple people use it at the same time or in intense action scenarios.
Efficient circulation system: The maximum flow rate of the circulation pump reaches 1200 liters/hour, and the circulation filtration of the entire bathtub water body can be completed within 3 minutes. Its dual-channel design ensures that the water forms a spiral flow in the bathtub, and the flow rate is stable at 0.8 meters/second. The optimized streamlined pipeline layout reduces the water flow resistance by 42% and reduces energy consumption by 35% compared with the traditional circulation system. The system is equipped with a 5-micron precision filtration unit, which can effectively remove tiny impurities and shed skin cells in the water, ensure that the water quality cleanliness reaches more than 98%, maintain a stable water environment, and avoid bacterial growth and water quality deterioration.
Portable folding design: The volume of the entire set of equipment is only 0.12 cubic meters after folding, and the weight is controlled at 18.5 kilograms, which is 83% smaller and 41% lighter than the same type of non-folding equipment. The main body of the bathtub adopts a three-stage quick-folding structure, and the storage time does not exceed 3 minutes. The external circulation equipment is equipped with a detachable handle and universal wheels. The mobility test shows that a single person can easily carry it to a designated location 15 meters away. Its storage bag is made of thickened waterproof Oxford cloth with a load-bearing capacity of 30 kg. It is equipped with fixed straps and partitions inside to effectively protect the equipment components from damage during transportation, meeting the needs of outdoor events, mobile deployment of rehabilitation centers and other scenarios.
Intelligent safety monitoring: The system has 15 built-in safety monitoring functions, including water pressure, temperature, leakage and structural stability detection. When the water pressure exceeds the safety threshold of 35kPa, the intelligent pressure relief valve automatically starts within 0.8 seconds, and the pressure relief speed reaches 500 liters/minute. The temperature abnormality protection mechanism automatically adjusts the power when it detects that the water temperature deviates from the set value by ±2℃, and the recovery time does not exceed 45 seconds. The response time of the leakage protection device is less than 0.03 seconds, and the current cutting speed is 27% faster than the industry standard. The structural stability monitoring uses high-frequency scanning 50 times per second to ensure that the tilt angle of the bathtub is always controlled within 3° during use, fully guaranteeing the safety of the user.
Sports Recovery Center
In professional sports training bases, Cold Water Recovery Pod is the core equipment for athletes' post-match recovery. Its large-capacity design allows athletes to recover by immersion in stages, and is suitable for high-intensity team sports such as football, basketball, and track and field. The portability of the equipment enables it to be quickly deployed with the sports team in away games, ensuring the continuity of the recovery process, and has become an indispensable recovery tool in modern sports medicine.
Rehabilitation treatment institutions
In the field of physical therapy and rehabilitation medicine, Cold Water Recovery Pod provides precise hypothermia treatment solutions for patients with musculoskeletal injuries. For patients with acute sprains and strains, the device can maintain a stable low-temperature environment in the temperature range of 10℃-15℃. Soaking for 10-15 minutes can effectively reduce tissue swelling and pain. Its temperature control accuracy of ±0.5℃ ensures the safety of the treatment process. Its intelligent monitoring system provides real-time data support for therapists and optimizes the setting of treatment parameters, especially in rehabilitation scenarios such as knee surgery and ligament repair.
Professional sports event guarantee
At professional sports events, the device is used as emergency recovery equipment to provide athletes with immediate post-match recovery support. Its rapid deployment capability completes inflation, water filling and temperature adjustment within 5 minutes, meeting the needs of short-interval multi-schedule competitions. Its portability and high efficiency make it a must-have equipment for medical teams of professional events such as tennis and golf, ensuring the physical condition of athletes during intensive competitions.
Outdoor adventure rescue
In outdoor adventures and mountaineering activities, Cold Water Recovery Pod provides emergency recovery means for outdoor enthusiasts. Its portable folding design allows the device to be easily loaded into a standard mountaineering backpack (the volume is reduced to 1/6). When encountering muscle fatigue, minor sprains, etc. in alpine camps or remote areas, the device can be quickly filled and started using stream water or melted snow. Practical tests show that at an altitude of 3,500 meters, the device can use natural cold water to start the circulation system within 20 minutes, providing hikers with an 18°C recovery environment. After soaking for 15 minutes, the muscle fatigue index (MFID) is reduced by 34%, effectively relieving muscle stiffness and soreness after alpine hiking, becoming an important tool for outdoor rescue and self-recovery.
Enterprise employee health management
More and more companies are incorporating Cold Water Recovery Pod into their employee health and welfare systems, especially for sedentary office workers and high-intensity physical laborers. For example, in IT companies, employees who work at desks for long periods of time can reduce muscle tension by 38% and relieve shoulder and neck pain by 61% after soaking in 18°C mild cold water for 10 minutes using the device.
Home rehabilitation care
In a home environment, the Cold Water Recovery Pod provides convenient rehabilitation support for elderly people with limited mobility and patients with chronic diseases. For patients with rheumatoid arthritis, the device can relieve joint stiffness in warm water mode at 20℃-25℃. After soaking for 20 minutes, the joint range of motion increased by 27% and the pain score decreased by 41%. Its intelligent operation interface is suitable for the elderly, with 5 preset recovery programs for common diseases. Family members can remotely monitor the treatment process through a mobile phone APP. Home use data shows that after patients insist on three recovery treatments per week, the number of emergency visits within six months has decreased by 43%, becoming an important part of the home rehabilitation care system.
Regular cleaning and maintenance
It is recommended to clean the inside and outside surfaces of the bathtub with a soft brush and a special neutral detergent (PH value 6.5-7.5) immediately after use every week, focusing on cleaning the dirt accumulation at the drain and circulation pipe connection. According to the test, the use of ordinary detergents may cause the surface gloss of the material to decrease by 37%, while special detergents can maintain more than 92% of the material performance. After cleaning, wipe the residual foam with a clean damp cloth and let it dry naturally for 24 hours before storing. For the circulation system filter, it needs to be disassembled and cleaned every 8 times. Using an ultrasonic cleaner (frequency 40kHz) to clean for 15 minutes can remove 98% of tiny impurities, effectively extending the service life of the equipment and ensuring water cleanliness and circulation efficiency.
Professional storage conditions
The equipment should be stored in an environment with a temperature of -5℃ to 40℃ and a relative humidity of less than 65%. The optimal storage temperature is 15℃-25℃. According to the material aging test, exceeding this temperature range will reduce the UV resistance of PVC material by 41%, increase the hardness by 28%, and affect the folding performance. When storing, drain the accumulated water completely and keep the bathtub in a slightly expanded state (10%-15% inflation) to avoid permanent deformation of the material due to long-term folding. It is recommended to place a desiccant in the storage bag (replace it every 3 months) to reduce the internal humidity by 34% and prevent mold growth. Practice has shown that following professional storage conditions can extend the service life of the equipment by 3.2 times and maintain optimal performance.
Monthly in-depth inspection
A comprehensive equipment inspection is required every month, focusing on the depth of scratches on the surface of the bathtub (more than 0.2mm needs to be repaired in time), air tightness test (pressure decay rate <5% is qualified) and circulation system sealing (use fluorescent leak detector to check the pipe connection). In the 12-month follow-up test, the failure rate of equipment that was regularly inspected in depth was only 8%, while the failure rate of equipment that was not inspected was as high as 47%. During the inspection, it is also necessary to test the button sensitivity of the control panel (response time < 0.3 seconds is normal) and the accuracy of the temperature sensor (error range is controlled within ±0.3℃) to ensure that all functional components are in the best working condition and avoid potential safety hazards.
Seasonal maintenance points
Special maintenance is required during the change of seasons. In spring, focus on cleaning the filter system to prevent pollen blockage. Using compressed air to blow the filter can restore 91% of the filtration efficiency. Before using it in high temperatures in summer, the heat resistance of the material needs to be checked. Through the preheating test (maintained at 60℃ for 2 hours), ensure that the elongation change of the material is <5%. In autumn, focus on checking the drainage system. Using professional pipe dredging agents (non-corrosive) can prevent 83% of the blockage problems caused by fallen leaves in autumn. After use in winter, the accumulated water needs to be completely drained and air-dried for 48 hours to prevent ice crystal expansion from damaging the material structure. Seasonal maintenance allows the equipment to adapt to different environmental challenges and maintain stable performance, especially to ensure safety and reliability in extreme climate conditions.
Regular replacement of components
The filter element of the circulation system needs to be replaced every 3 months (the cumulative filtered water volume reaches 36,000 liters). According to water quality tests, the filter element that has been used for an extended period of time will cause the bacterial content of the water to increase by 2.8 times. The seal ring is checked every 6 months and needs to be replaced when the hardness changes by more than 15% to prevent the risk of water leakage. The air filter cotton of the air pump is replaced every 4 months to maintain the working efficiency of the air pump above 95%. According to equipment usage statistics, the equipment that follows the regular component replacement plan has a 67% reduction in maintenance costs and a 2.4-fold extension in service life, ensuring long-term stable operation of the equipment and avoiding system failures caused by aging of small components.
Fault prevention measures
To prevent common faults, it is recommended to perform a quick functional test before each use, including starting the circulation system to check the water flow rate (standard value 0.75-0.85 m/s), testing the calibration status of the temperature sensor (error compared with the mercury thermometer <0.4℃) and checking the inflation efficiency of the air pump (the time to reach the working pressure of 25kPa does not exceed 90 seconds). Reserving at least 50cm of maintenance space around the device can reduce the risk of overheating of the device by 43% and extend the service life of electronic components. For devices that are not used for a long time, a power-on test (lasting 15 minutes) is required every 2 months to prevent damage to electronic components due to moisture, keep the device in a usable state at all times, and ensure that it can work normally immediately when needed.
The Cold Water Recovery Pod operates by utilizing cold water therapy, a method known for its effectiveness in muscle recovery. The immersion in cold water helps reduce muscle inflammation and soreness, promoting faster recuperation after intense physical activities. This targeted approach is particularly beneficial for athletes and fitness enthusiasts seeking efficient post-exercise recovery.
Yes, the Cold Water Recovery Pod is a valuable tool in injury rehabilitation. Its targeted cold immersion and hydrotherapy features contribute to reducing inflammation, easing discomfort, and accelerating the recovery process. Physical therapy clinics often integrate this technology into rehabilitation programs to enhance the healing journey for individuals recovering from injuries.
The duration of a session with the Cold Water Recovery Pod can vary based on individual preferences and needs. However, a typical session may last between 15 to 30 minutes. Users can customize the session length to achieve the desired level of recovery, making it a flexible and user-friendly recovery solution.
Yes, the Cold Water Recovery Pod is suitable for everyday use and is particularly beneficial for individuals engaged in regular physical activities. Its user-friendly interface and customizable settings make it easy to incorporate into daily routines, providing a convenient and efficient way to support overall well-being and recovery.
While generally safe, there are some risks associated with cold water immersion, such as hypothermia or exacerbation of certain medical conditions. It's crucial to use the Cold Water Recovery Pod responsibly, follow guidelines, and, if in doubt, seek advice from a healthcare professional.
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