Diabetic neuropathy insoles are specially designed for diabetic patients to relieve foot discomfort and pain caused by neuropathy. These insoles require special manufacturing parameters to ensure they effectively disperse pressure, provide support, and reduce further damage to the foot. This document will introduce in detail the key parameters of diabetic neuropathy insoles and their numerical ranges, explore the factors that affect parameter changes, and provide suggestions on how to adjust these parameters to create the most ideal product.
Key parameters and numerical ranges
Density: The density of the insole is critical to dispersing pressure on the foot. The ideal density range is usually between 35-45 kg/m³ to ensure adequate support without increasing foot pressure.
Hardness: The hardness of the insole should be adjusted according to the patient’s specific condition. For patients with neuropathy, it is usually recommended to choose insoles with medium hardness (Shore 25-35) to provide sufficient support without causing discomfort.
Thickness: The thickness of the insole should be adjusted based on the patient’s foot shape and pressure distribution. For people with neuropathy, thicker insoles (usually between 10-20mm) may be more effective because they are better able to disperse pressure on the bottom of the foot.
Shock absorption performance: The shock absorption performance of the insole is very important to reduce the impact when walking or standing. The ideal shock absorption rate should reach more than 70% to reduce the impact on damaged nerves.
Breathability: Breathability is essential to keep feet dry and reduce bacterial growth. The insole material should have good breathability to ensure foot comfort and health.
Customizability: Since neuropathy can cause changes in the shape and pressure distribution of the foot, the customizability of the insole is also an important parameter. Customized insoles can better adapt to the shape of the patient’s foot, providing more personalized support and cushioning.
Factors affecting parameter changes
Patient weight: The patient’s weight is a key factor affecting insole parameters. Heavier patients may require a firmer, denser insole to provide adequate support.
Walking pattern: The patient’s walking pattern will also affect the selection of insole parameters. For example, patients with gait abnormalities may require specific insole designs to correct gait and reduce pressure on the foot.
Degree of neuropathy: The severity of neuropathy will affect the support and cushioning needs of the insole. Severe neuropathy may require softer, thicker insoles to reduce pressure on the foot.
How to adjust parameters to make the most ideal diabetic insoles
Assess patient needs: First, assess the patient’s weight, walking pattern, degree of neuropathy, etc. to determine the basic parameter requirements for insoles.
Select appropriate materials: Select appropriate materials based on patient needs and assessment results. For example, for patients who require a high degree of cushioning, materials such as memory foam or gel may be available.
Make preliminary samples: Make preliminary insole samples based on the selected materials and patient needs. During the production process, you should pay close attention to changes in various parameters and make necessary adjustments.
Trial fitting and feedback: Provide the initially produced insoles to patients for trial fitting and collect their feedback. Based on the feedback results, various parameters of the insole will be further optimized and adjusted.
Customization and adjustment: For patients who require custom-made insoles, a custom design can be made based on their foot shape and pressure distribution. During the customization process, multiple fittings and adjustments may be required to ensure the comfort and effectiveness of the insole.
Final production: Based on the trial fitting feedback and parameter adjustment results, the final diabetic neuropathy insole product is produced. Ensure that all parameters meet patient needs and medical requirements.
in conclusion
The production of diabetic neuropathy insoles involves multiple key parameters. The selection and adjustment of these parameters are crucial to ensuring the effectiveness and comfort of the insoles. By assessing patient needs, selecting appropriate materials, making preliminary samples, fitting and feedback, customization and adjustments, and final production, we can create an ideal pair of diabetic neuropathy insole products to provide patients with better foot protection. and comfort experience.