When it comes to custom pouch bags, how to create a prominent logo is a key issue. Generally, Junye Packaging would consider using screen printing or heat transfer technology to print the logo. These technologies can leave a lasting and eye-catching pattern on the pouch bags.
If you choose to custom pouch bags through physical methods, such as pressing or striking, the logo may not be as prominent or long-lasting. This is because these logos are likely to wear off or fall off over time. In contrast, using screen printing or heat transfer technology can ensure that the logo is durable and not easily worn out, making it more suitable for customizing velvet bags.
In addition to the potential for wear and tear, there are several other drawbacks to physically customizing logos on pouch bags, including:
1. **Cost-effectiveness**: Physical methods may require special equipment and tools, which could increase production costs.
2. **Production efficiency**: Compared to printing techniques, physical methods may be more time-consuming, as each logo needs to be made individually.
3. **Detail limitations**: Complex patterns or fine fonts may be difficult to accurately replicate through physical methods.
4. **Consistency**: Each physically crafted logo may have slight variations in size, shape, or depth, leading to inconsistencies between products.
5. **Applicability**: Velvet material may not be suitable for all types of physical processing, especially those that require a deep impression on the material.
6. **Environmental impact**: Some physical processing methods may generate more waste or require more energy, thus having a greater impact on the environment.
7. **Safety**: Using certain physical processing techniques may require special safety measures to protect operators from harm.
8. **Flexibility**: Physical processing may not be as flexible as printing techniques, especially when it comes to quickly changing designs or mass production.
In general, although the physical method of custom pouch bags can add a unique tactile and visual effect to the product, it may not be as efficient and economical as printing technology in terms of mass production and customization.
