Spinal Decompression Apparatus: Back Traction Device for Sciatica Pain Relief

Product Description: Benefits of Lumbar Traction Therapy

Lumbar traction therapy is a gentle yet effective method for alleviating back pain by stretching the spine, resulting in improved spinal alignment. It provides several key physiological benefits:

Enhanced blood flow and nutrient supply to spinal discs Reduced intradiscal pressure Alleviation of compression and nerve impingement Facilitation of disc rehydration Potential prevention of the progression of disc herniation.

This method assists in realigning material from herniated discs, leading to a marked decrease in lower back discomfort and inflammation. This has revolutionised the treatment of persistent lower back pain often linked with herniated, slipped, or deteriorated discs. In many instances, it obviates the necessity for surgery, particularly in cases of stress-induced back pain, rendering it invaluable for individuals grappling with persistent, worsening back pain.

Simultaneously, this approach proficiently alleviates the pressure on spinal discs and nerves. As a result, it is widely employed for the effective management of sciatica, a condition characterised by leg pain.

Product Design Context

Numerous lumbar traction apparatuses have been developed to facilitate lumbar spine traction. Nonetheless, the options found in hospitals are frequently cumbersome and necessitate the presence of skilled personnel, which can prove costly and time-intensive for numerous patients. In contrast, the self-managed traction devices currently available in the market often lean towards being overly uncomplicated, typically relying on the patients themselves to exert force using their hands or legs. This can lead to inconsistent and potentially uncomfortable traction experiences. Furthermore, these devices lack the capacity to readily fine-tune traction intensity, thereby restricting their overall efficacy.

Moreover, most self-managed traction devices are fastened in place with velcro straps around the upper or lower back, frequently resulting in substantial movement during the traction session. This movement can lead to discomfort, exert pressure on the armpits, and cause unease for the patient in their arms and ribcage.

As a result, there is a substantial demand for a straightforward yet efficient self-managed traction apparatus that allows patients to customize the traction strength based on their preferences and body weight. Such an apparatus should aim to eliminate the need for patients to manually apply force or counterforce with their hands, legs during the traction process. Additionally, the traction harness should prioritize comfort, preventing any undue pressure on the ribs and arms throughout the traction session.

Introducing the LittleMum Lumbar Traction Device, a groundbreaking innovation designed for lumbar traction therapy. This state-of-the-art device employs parallel extension springs integrated into its robust framework to generate traction force. When a user wearing the harness vest moves from a standing to a sitting position in a chair, their body weight causes the parallel springs to stretch downward. This extension of the parallel springs generates an upward force, which serves as the traction force for our lumbar traction therapy.

The LittleMum Lumbar Traction Apparatus empowers patients to conveniently personalize the traction strength according to their unique needs. By simply adding or removing parallel extension springs, users can adjust the traction force with ease, ensuring that their therapy sessions yield optimal results.

The specialized harness vest from LittleMum is thoughtfully crafted to encircle the patient's chest. It features cleverly designed armrests that can support weight, and loop-ended straps that enable the patient to rest their elbows and forearms in comfort. The vest is constructed with memory foam encased in nylon fabric, creating an intelligent weight-bearing system that effectively redistributes the patient's load and lessens the strain on their ribs and arms.

Additionally, the thoughtfully designed harness vest is engineered to hang from the two spring frameworks at its shoulders, ensuring balanced tension and the ability to withstand remarkable forces of up to 600 pounds in vertical positions. Moreover, the attachment straps are fully adjustable, accommodating body circumferences of up to 60 inches(152cm), guaranteeing a secure and comfortable fit for a wide range of patients. Hence, the LittleMum Lumbar Traction Apparatus transforms lumbar traction therapy into a more efficient and comfortable experience, empowering patients to actively participate in their recovery process.

How to Use LittleMum Lumbar Traction Device

1. Place the suitable chair, following the previous instructions on its selection, directly beneath the suspended apparatus. Ensure that the centre of the chair's seat is in line with the midpoint between the two ceiling suspension hooks, creating a vertical line perpendicular to the floor.

2. Modify the two straps on the lower side of the two cylinder frameworks, making sure that the armrests of the harness vest align with the user's armpits. Confirm that the adjustments are even on both sides.

3. Warm-up: Start your lumbar traction session with 5-10 minutes of light cardiovascular activity, like brisk walking, stationary cycling, or gentle jogging. This will boost blood flow to your muscles and elevate your body temperature. Additionally, perform gentle movements to mobilize your lumbar spine, including flexion, extension, lateral bending, and rotation, to prepare the area for decompression exercises.

4. Put on the harness. Prior to wearing the harness, make certain that the straps are free from tangles and twists. Stand, grasp the shoulder straps, and slide the harness vest on as you would a jacket. Adjust the armrests to rest just under your arms for a proper fit.

5. Perform the last adjustments by cinching the two side straps connected to the quick-release buckles, achieving a snug fit without limiting your ability to take deep breaths. Afterward, connect and fasten the two waist quick-release buckles in the front, ensuring they are positioned at the centre of your chest.

6. After correctly donning the harness vest, sit down gradually and gently. Carefully lower yourself into the chair, ensuring your feet remain firmly planted on the floor. Avoid crossing your legs and keep your knees at the same level as your hips. Steadily grip the armrest beneath your arm to stabilize your body. Next, position both your forearms in the looped end of the adjustable strap for enhanced comfort.

7. Remain in the seated position for 3-10 minutes to maintain a continuous traction session. Afterward, stand up for 1-2 minutes to experience an intermittent force pattern. When standing up, lean forward at the hips while keeping your back straight to maximize the upward force from the springs for support. Repeat these intermittent cycles multiple times, with a target duration of 30-60 minutes in total.

8. Once you've finished the entire session, stand up and release the two quick-release buckles to remove the harness vest.

How to Monitor the Lumbar Traction Force

The traction force can be customised by altering the number of parallel extension springs and the deflection length. This adaptability allows the apparatus to cater to the specific requirements of a wide range of users.

To achieve the intended effect on the intact lumbar spine during lumbar traction therapy in a seated position, it is crucial for the lumbar traction force to equal the weight of the upper body.

According to statistical data from Harvard University, the upper body typically comprises approximately 30% of the total body weight for women and 34% for men. Hence, we determine the necessary total body weight for the desired traction force by applying the 30% and 35% ratios to different combinations of springs and deflection distances.

You can make use of the provided spreadsheet to compute the necessary number of springs. Just enter your body weight and the deflection length, and the bottom row of the spreadsheet will indicate the required number of springs for effective lumbar traction.

We meticulously choose materials to meet our design goals, prioritizing customer comfort and durability. The materials employed for this apparatus are as follows: 304 Stainless Steel: Utilized for the cylinder framework, extension springs, carabiners, chain links, and ceiling suspension hooks. Memory Foam Wrapped in Nylon Fiber: Used for the harness vest. Nylon Straps: Employed for various components.

What to Expect for Lumbar Traction

The initial sensation of mild stretching may differ from person to person, with some individuals feeling it and others not. On occasion, you might encounter some discomfort or pain during or shortly after the decompression session, which may be associated with the stretching of scar tissue around the joints. Please rest assured that such temporary discomfort is normal.

It is common to encounter variations in your overall experience throughout the treatment. On certain days, you may feel quite well, while on others, you may experience less comfort. Typically, any leg pain you have been experiencing may either become more concentrated or subside, shifting towards your lower back. During this period, you might notice an improvement in leg pain accompanied by an increase in back discomfort. Please be assured that this is a regular and temporary phase as your body undergoes tissue changes as part of the treatment process.

Healing timeframes exhibit notable diversity among individuals, as recovery trajectories can follow distinct courses: - Certain individuals may begin to reap benefits after just a few applications. Most people typically observe positive changes within 2 to 4 weeks of commencing treatment. - Conversely, some may necessitate a more prolonged duration to discern substantial improvements. - In cases of particularly severe conditions, a considerably extended timeframe might be required to register noticeable progress.

Before Placing Your Order, There's a Crucial Piece of Information You Should Be Aware of

Firstly, it is crucial to be aware that lumbar spinal traction therapy should be avoided under the following circumstances: - Pregnancy: Spinal Traction Therapy is not recommended for pregnant women due to the potential pressure it may exert on the abdomen. - Spinal Instability: Patients with severe spinal conditions like osteoporosis or significant spine degeneration should avoid this treatment. - Prior Spinal Surgery: Patients who have previously undergone spinal surgery involving the implantation of screws, metal plates, or similar hardware should only consider spinal traction therapy if the bones are fused. - Metastatic Cancer: Individuals with metastatic cancer (cancer that has spread to the bones) should not undergo Spinal Traction Therapy. - Spondylolisthesis Grade 3 and 4: Patients with Grade 3 and 4 Spondylolisthesis should opt for alternative treatments. - Aortic Aneurysm History: Individuals with a history of aortic aneurysm should avoid spinal traction therapy. - Disc Space Infections: Patients suffering from disc space infections should consider alternative treatment options.

For individuals falling into any of the above categories, it is advisable to explore alternative treatment options to ensure their safety and overall well-being.

Secondly, you'll need to set up the ceiling suspension hook (which comes in the pack) for the device. Just ensure that you have the permission to do so and ensure that your ceiling height can accommodate the entire suspended apparatus.

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