With the advancement of medical technology and the increasing health consciousness among people, the demand for customizing medicine cases has been steadily rising. EVA (Ethylene Vinyl Acetate) material, known for its lightweight, waterproof, and impact-resistant properties, has become an ideal choice for manufacturing medicine cases. However, during the process of customizing EVA medicine cases, there are common misconceptions that can lead to unsatisfactory results. This article aims to draw from Chfine case's experience of over a decade in customizing EVA bags to help readers avoid these misconceptions and achieve better customization outcomes.

Misconception 1: Neglecting the Design Planning of Medicine Cases

A medicine case is more than just a simple container; it should meet various requirements such as protecting the medicine, providing convenience for carrying, and offering a good user experience. During the customization process, many people overlook the design planning of medicine cases, resulting in final products that do not meet expectations. Chfine case's experience teaches us to consider the following aspects in design planning:

1. Medicine Protection: The internal structure of the medicine case should be well-designed to prevent medicine from colliding, rubbing, or leaking. Additionally, consider the specific requirements of the medicine, such as insulation or moisture resistance.

2. Convenient Carrying: The size, weight, and handle design of the medicine case should be considered for easy carrying, ensuring that users can carry and access the medicine anytime.

3. User Experience: The opening-closing mechanism, internal compartments, and accessories of the medicine case can significantly impact user experience, so attention should be given to the design of these details.

Misconception 2: Neglecting the Characteristics of EVA Material

EVA material is commonly used for manufacturing medicine cases. However, during the customization process, many people overlook the specific characteristics of this material, failing to fully leverage its advantages. Chfine case offers the following suggestions:

1. Understand the Characteristics of EVA Material: EVA possesses properties such as lightweight, waterproofing, and impact resistance. Therefore, it is crucial to consider these characteristics during the design process to ensure the quality of the medicine case.

2. Proper Selection of Material Thickness: The thickness of EVA material affects the hardness and durability of the medicine case. Choosing an appropriate thickness is essential for protecting the medicine and extending the product's lifespan.

3. Consider Customization Requirements: If there is a need to print text or logos on the medicine case, choose EVA material suitable for printing and select the appropriate printing method to ensure clear printing results.

Misconception 3: Neglecting the Professionalism of Medicine Case Customization

Customizing a medicine case requires a comprehensive consideration of product functionality, aesthetics, and customization costs. It is a relatively specialized field, and lack of relevant knowledge and experience can lead to problems. Based on Chfine case's experience, we learn the following:

1. Seek Professional Customization Services: For individuals or businesses without prior customization experience, seeking professional customization services is a wise choice. This helps avoid common mistakes and achieve better customization outcomes.

2. Consider Customization Costs: The customization cost of a medicine case is influenced by various factors such as material selection, design complexity, and order quantity. It is essential to make a reasonable cost assessment during the customization process and ensure it fits within the budget.

Conclusion:

Customizing EVA medicine cases is a complex and critical process that requires considering design planning, material characteristics, and professionalism. By drawing from Chfine case's experience of over a decade in customizing EVA bags, we can avoid common misconceptions and enhance customization outcomes