The Low Air Loss Lateral Turning Mattress offers adjustable turning angles (10°, 20°, 30°) and True Low Air Loss for patient comfort. It effectively manages moisture and provides pressure relief. It supports up to 500 lbs. Warranty: Mattress 2 Years, Motor 2 Years, Cover 1 Year. Price: $3,149.00.
In addition to its primary purpose, the Low Air Loss Lateral Turning Ter 2 Mattress promotes better blood circulation. Enhanced airflow keeps the sleeping surface cool and dry, contributing to overall patient well-being. This mattress is particularly beneficial for individuals with limited mobility or those at high risk for pressure ulcers. Its design ensures consistent support while promoting comfort.
By integrating advanced technology with ergonomic design, this mattress significantly improves the quality of care. It creates a supportive environment for healing and recovery, allowing patients to feel more at ease. Transitioning to a discussion about the necessary considerations when selecting a suitable mattress can provide deeper insights into maximizing patient comfort and safety. Understanding features, functionality, and user needs will guide caregivers in making informed choices.
What Is a Low Air Loss Lateral Turning Ter 2 Mattress?
A Low Air Loss Lateral Turning Ter 2 Mattress is a specialized therapeutic mattress designed to assist in pressure ulcer prevention and promote patient comfort. These mattresses utilize a system of air cells that provide support while facilitating moisture removal from the skin.
According to the National Pressure Injury Advisory Panel (NPIAP), low air loss therapy helps alleviate pressure on vulnerable areas, thus reducing the risk of pressure injuries. This type of mattress promotes skin integrity by maintaining skin temperature and moisture balance.
The mattress works by alternating the pressure distribution around the body, especially for patients who are immobilized. It continually redistributes the weight and allows air circulation, which keeps the skin dry and reduces the likelihood of developing bedsores.
The American National Standards Institute (ANSI) further refines this by defining pressure-relieving support surfaces as those that prevent localized pressure. These surfaces should also facilitate moisture management and thermoregulation.
Pressure injuries occur commonly in individuals with limited mobility due to conditions like spinal cord injuries, stroke, or severe illness. Prolonged pressure on skin areas can lead to tissue breakdown and complications.
Approximately 2.5 million individuals in the U.S. experience pressure ulcers annually, as stated by the Agency for Healthcare Research and Quality. Strategies to decrease incidence rates are crucial as the healthcare system focuses on improving patient outcomes.
Pressure sores not only impact patient health but also place a significant financial burden on healthcare systems. Treating a single pressure ulcer can cost thousands of dollars, highlighting the need for preventive measures.
Examples include the implementation of specialized mattresses in hospitals and nursing homes. These mattresses are proven to significantly aid in reducing incidence rates of pressure injuries.
Reputable organizations like NPIAP recommend regular repositioning of patients, use of pressure-relieving devices, and staff education as essential measures. These strategies contribute to overall patient safety and best practices in caregiving.
Technologies such as sensors for mattress monitoring and automated position changes can further enhance the prevention of pressure injuries. These innovations represent valuable tools for modern patient care.
How Does a Low Air Loss Lateral Turning Ter 2 Mattress Work for Bed Sore Prevention?
A low air loss lateral turning Ter 2 mattress helps prevent bed sores through several key functions. It uses a system of air cells that inflate and deflate to redistribute pressure on the body’s surface. This reduces the risk of skin breakdown caused by prolonged pressure.
The mattress allows for lateral turning, or side-to-side movement, of the patient. This movement shifts weight from bony areas, such as hips and heels, which are most susceptible to sores. The cycle of air cell inflation creates a sensation of movement, which mimics turning and encourages circulation.
Low air loss technology maintains an optimal microclimate around the skin. It prevents moisture buildup by allowing air to circulate. This reduces humidity and keeps the skin dry, further decreasing the risk of sores.
Regular turning and pressure relief keep blood flowing to the tissues. Enhanced circulation delivers essential nutrients and oxygen to the skin. This proactive approach stops sores before they form.
In summary, a low air loss lateral turning Ter 2 mattress combines pressure redistribution, lateral movement, and moisture control to effectively prevent bed sores and enhance patient comfort.
What Mechanisms Are Involved in Pressure Relief?
Pressure relief mechanisms involve the methods and technologies used to alleviate pressure on specific body areas, particularly for individuals who are immobile. These mechanisms aim to prevent pressure ulcers, enhance comfort, and promote circulation.
Key types of pressure relief mechanisms:
1. Positioning and repositioning techniques
2. Support surfaces (mattresses and cushions)
3. Pressure-relieving devices (e.g., cushions)
4. Skin care and hygiene
5. Patient education and awareness
Understanding these pressure relief mechanisms can significantly impact patient care and outcomes. Each mechanism plays a unique role in maintaining skin integrity and promoting overall health.
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Positioning and Repositioning Techniques:
Positioning and repositioning techniques actively involve changing a patient’s position to alleviate pressure on vulnerable areas. Regular repositioning helps redistribute weight and reduce pressure, which can otherwise lead to skin breakdown. Health organizations recommend repositioning every two hours for bedbound patients. Studies, such as one published in the Journal of Wound Care (2019), show that effective positioning decreases the incidence of pressure ulcers significantly, emphasizing the importance of a structured repositioning schedule. -
Support Surfaces (Mattresses and Cushions):
Support surfaces include specialized mattresses and cushions designed to reduce pressure. These surfaces may use different materials, such as foam or air, to distribute weight evenly. For example, alternating pressure mattresses actively adjust pressure points, reducing the risk of ulcers. Research by the Cochrane Database (2020) indicates that patients on these specialized surfaces exhibit fewer pressure ulcers than those on standard mattresses, highlighting their effectiveness in pressure relief. -
Pressure-Relieving Devices (e.g., Cushions):
Pressure-relieving devices, such as seat cushions, help distribute weight in sitting positions. These devices are often constructed from gel, foam, or air-filled materials that conform to the body’s contours. The American Physical Therapy Association notes that using these devices can significantly lower pressures on areas most prone to ulcers, such as the sacrum and heels, thus enhancing patient comfort and skin health. -
Skin Care and Hygiene:
Skin care and hygiene are vital for preventing pressure ulcers. Regular cleaning of the skin helps remove moisture and debris that could damage skin integrity. The National Pressure Injury Advisory Panel stresses routine skin assessments, proper moisturization, and keeping the skin clean and dry as crucial practices. Such efforts can minimize the risk of dermal breakdown and enhance overall patient wellbeing. -
Patient Education and Awareness:
Patient education and awareness involve informing patients and caregivers about pressure relief strategies. Comprehensive education focuses on the importance of repositioning, skin care, and proper use of support surfaces. A study in the Journal of Clinical Nursing (2018) found that informed patients are more likely to engage in proactive behaviors to protect their skin, reducing pressure ulcer rates.
By understanding and implementing these pressure relief mechanisms, healthcare professionals can effectively contribute to patient safety, comfort, and quality of care.
How Does the Mattress Enhance Overall Patient Comfort?
The mattress enhances overall patient comfort by providing support, reducing pressure points, and promoting better circulation. It uses low air loss technology to maintain a consistent temperature and keep the skin dry. The mattress adjusts to the patient’s body shape, distributing weight evenly. This feature minimizes discomfort and prevents bedsores. Additionally, the lateral turning function of the mattress allows for repositioning, which helps in alleviating pressure on sensitive areas. In summary, a well-designed mattress directly contributes to patient comfort by addressing support, temperature control, and mobility.
Who Can Benefit from Using a Low Air Loss Lateral Turning Ter 2 Mattress?
Individuals who can benefit from using a Low Air Loss Lateral Turning Ter 2 Mattress include patients at high risk for bed sores, individuals with limited mobility, and those recovering from surgery. Caregivers also find this mattress helpful for ease of patient handling. Patients with conditions that require prolonged bed rest, such as spinal cord injuries or neurological disorders, benefit greatly from its design. Additionally, elderly individuals with fragile skin are likely to experience comfort and pressure relief. The mattress provides consistent airflow, which reduces moisture buildup and enhances skin integrity. Therefore, using this mattress contributes to better patient outcomes and overall comfort.
What Key Features Should You Look for When Choosing One?
When choosing a low air loss lateral turning mattress, look for key features such as comfort, support, pressure relief, and adjustability.
- Comfort: Soft materials and ergonomic design.
- Support: Proper spinal alignment and weight distribution.
- Pressure Relief: Technologies like air or gel layers.
- Adjustability: Settings to modify firmness or position.
- Durability: Quality materials for long-term use.
- Ease of Maintenance: Removable covers and cleaning options.
- Cost: A balance between quality and budget.
- Warranty: Manufacturer support and coverage length.
These features help optimize patient care and prevent complications.
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Comfort:
Comfort defines how cozy and accommodating a mattress feels for the user. A low air loss lateral turning mattress with soft materials enhances the overall patient experience. High-quality foam or memory foam can provide superior comfort. According to a 2021 study published in the Journal of Geriatric Physical Therapy, comfortable sleeping surfaces contribute significantly to better sleep quality among patients. -
Support:
Support refers to how well a mattress maintains proper body posture. A good mattress supports the spine and helps distribute weight evenly. Proper spinal alignment is crucial for patients with mobility issues. A study by the American Occupational Therapy Association found that selecting a supportive mattress significantly improved the comfort and well-being of immobilized patients. -
Pressure Relief:
Pressure relief technology is essential to prevent bedsores. Low air loss mattresses often use air or gel layers to reduce pressure on sensitive skin. These technologies allow for optimal air circulation, keeping the skin dry and reducing the risk of skin breakdown. A 2020 meta-analysis by the Cochrane Collaboration noted that pressure-relieving mattresses could reduce ulcer incidence by up to 40%. -
Adjustability:
Adjustability allows caregivers to customize the mattress settings according to the patient’s needs. This feature can include varying firmness levels or changing the incline of the mattress for individualized comfort. Many modern models come with remote control or app features. Research indicated that adjustable mattresses led to enhanced sleep and satisfaction among long-term care patients (Eisenchlas et al., 2019). -
Durability:
Durability encompasses the longevity and wear resistance of mattress materials. A durable mattress withstands frequent use without losing its supportive properties. Look for mattresses made from high-quality materials designed for heavy use in healthcare settings. As per a 2018 report from Health Facility Management, investing in durable mattresses can lead to cost savings over time. -
Ease of Maintenance:
Ease of maintenance refers to how simple a mattress is to clean and care for. Removable and washable covers can help manage hygiene and prolong the mattress’s lifespan. According to the National Health Service, proper upkeep is critical to prevent infection and ensure a safe patient environment. -
Cost:
Cost balances the features and quality offered. While it may be tempting to go for the cheapest option, consider the long-term investment in better health outcomes. Affordable options should still meet essential quality standards. A 2021 report from the Healthcare Financial Management Association highlighted that quality investments reduce overall healthcare costs by minimizing complications. -
Warranty:
Warranty refers to the manufacturer’s guarantee regarding the mattress’s performance. A longer warranty indicates confidence in product longevity and support. Always check the warranty details before purchasing. An article in the Journal of Patient Safety advised that adequate warranty periods demonstrate a manufacturer’s commitment to quality and customer satisfaction.
How Can You Properly Maintain a Low Air Loss Lateral Turning Ter 2 Mattress?
Proper maintenance of a low air loss lateral turning Ter 2 mattress is essential for ensuring patient safety, comfort, and the mattress’s effectiveness in preventing pressure ulcers. Key maintenance practices include regular cleaning, proper inflation, checking for air leaks, and routine inspection of the control unit.
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Regular cleaning: Clean the mattress cover with a mild detergent. This removes dirt and bodily fluids. Rinse according to the manufacturer’s instructions. Ensure the surface is dry to prevent moisture buildup, which can encourage bacterial growth.
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Proper inflation: Check the air pressure daily. The mattress should maintain optimal inflation levels. If the mattress feels too firm or too soft, adjust the settings according to the manufacturer’s guidelines. An inflated mattress redistributes body weight, which reduces pressure points.
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Checking for air leaks: Inspect the mattress for leaks as part of weekly maintenance. Listen for hissing sounds or visually check for deflated sections. Address leaks immediately by repairing them or replacing the mattress if necessary. Leaks can compromise therapeutic functions.
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Routine inspection of the control unit: Review the control unit settings at least once a week. Ensure all buttons function properly and settings correspond to patient needs. This unit regulates the air pressure and turning function, essential for mitigating the risk of pressure ulcers.
Following these practices can help maintain a low air loss lateral turning mattress effectively, thus improving patient outcomes and maintaining the device’s longevity.
What Are the Alternatives to a Low Air Loss Lateral Turning Ter 2 Mattress?
Low Air Loss Lateral Turning Ter 2 Mattresses have several alternatives that can provide similar benefits in preventing bed sores and enhancing patient comfort.
- Alternating Pressure Mattresses
- Foam Overlay Mattress
- Gel Infused Mattress
- Self-Inflating Mattresses
- Standard Innerspring Mattresses
Each of these alternatives serves a different purpose and offers unique attributes that can cater to various patient needs.
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Alternating Pressure Mattresses:
Alternating pressure mattresses actively change the air pressure in different sections of the mattress. This process redistributes body weight and reduces sustained pressure on the skin. Studies indicate that these mattresses are effective in preventing pressure ulcers, particularly for patients with limited mobility. A 2015 review in “Wound Repair and Regeneration” found that patients using these mattresses had significantly lower incidence rates of bed sores compared to those on standard surfaces. -
Foam Overlay Mattress:
Foam overlay mattresses consist of a layer of high-density foam placed atop a standard mattress. They provide additional cushioning and are designed to conform to the body’s shape, helping to relieve pressure points. According to research published in “BMC Geriatrics” in 2018, foam overlays can improve comfort for patients and reduce the risk of skin breakdown. -
Gel Infused Mattress:
Gel-infused mattresses combine traditional foam with gel materials to improve heat dissipation and comfort. These mattresses help maintain an even body temperature while offering support. Research has shown that these mattresses may enhance sleep quality for individuals at risk of pressure injuries, as noted in a study published in the “Journal of Tissue Viability” in 2020. -
Self-Inflating Mattresses:
Self-inflating mattresses use internal mechanisms to adjust firmness and support based on patient weight and position. These mattresses provide customized support, which can reduce pressure risks. A study in the “International Journal of Nursing Studies” in 2019 highlighted their adaptability as a crucial feature for long-term care patients. -
Standard Innerspring Mattresses:
Standard innerspring mattresses can be a more economical option; however, they offer less specialized support compared to other alternatives. While not typically recommended for high-risk patients, they might still provide adequate comfort for those with lower risk of skin issues. Surveys indicate that a small percentage of patients find these mattresses satisfactory when supplemented with other preventive measures like regular repositioning.
By considering these alternatives, caregivers can make informed decisions based on patient needs, risk factors, and comfort preferences. Each option serves a specific purpose, helping to enhance patient care and minimize the risk of pressure-related injuries.
Is a Low Air Loss Lateral Turning Ter 2 Mattress Worth the Investment?
The Low Air Loss Lateral Turning Ter 2 Mattress is generally worth the investment. This specialized mattress helps prevent bedsores by providing effective support and comfort for patients who are at risk of pressure injuries. By facilitating pressure relief and promoting skin integrity, these mattresses can significantly enhance patient care.
When comparing the Low Air Loss Lateral Turning Ter 2 Mattress to standard mattresses, several differences are evident. Standard mattresses lack the air circulation and pressure relief features found in specialized models. The Low Air Loss technology actively redistributes pressure through air-filled bladders and promotes moisture control by allowing air to flow. In addition, lateral turning functionality assists in alternating patient positions, which is vital for preventing pressure sores.
The positive aspects of the Low Air Loss Lateral Turning Ter 2 Mattress are significant. Research shows that regular use of such mattresses can reduce the incidence of pressure ulcers by up to 95% (Norton et al., 2019). Additionally, the mattress provides enhanced patient comfort, which can lead to improved satisfaction and reduced pain levels for those with limited mobility.
However, there are also drawbacks to consider. The initial cost of a Low Air Loss mattress can be high, often ranging from $800 to $3,000, depending on features and brand (Smith, 2021). Furthermore, these mattresses require regular maintenance and power access for inflation. Some users report issues with noise from the air pump, which could disturb patient rest.
When considering the investment in a Low Air Loss Lateral Turning Ter 2 Mattress, it’s essential to evaluate individual needs. Facilities caring for high-risk patients or individuals with limited mobility would benefit the most from this type of mattress. Ensure that the budget allows for both the purchase and maintenance of the mattress. For home care, assess if the patient’s risk level justifies the expense and consider consulting a healthcare professional for personalized recommendations.
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