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The material design of the surface of a flexible feeder needs to balance functionality, durability, and adaptability. Below is a detailed introduction to the materials used for the surfaces of Danikor's flexible vibratory feeders：

Common Surface Materials

Danikor's flexible vibratory feeders typically use hard-wearing materials for their surfaces, such as Polyoxymethylene (POM). This material has excellent wear resistance and mechanical properties, allowing it to withstand long-term vibration and material friction. It is suitable for most types of materials. When dealing with irregularly shaped materials, POM can also be used to create custom surfaces with holes, slots, and other non-standard features, ensuring the stability of the structural openings and preventing deformation over time.

Special Surface Materials

For lightweight materials that are prone to sticking, Danikor offers ESD surfaces made of anti-static rubber. This material reduces electrostatic interference and prevents material adhesion, ensuring smooth material conveyance within the vibratory feeder. Additionally, the surfaces of flexible vibratory feeders can be customized according to different application scenarios and material characteristics.。

Durability and Reliability of Surfaces

Danikor's flexible vibratory feeders not only focus on functionality but also prioritize durability and reliability. The POM material used for the surfaces effectively reduces wear on the materials while ensuring the durability of the surface itself. Moreover, the gentle vibration method of the flexible vibratory feeder causes minimal damage to parts, ensuring that each object moves and positions itself according to the predetermined trajectory.

Adaptability of Surfaces

Danikor's flexible vibratory feeders have highly adaptable surface designs. The entire series is equipped with magnetic quick-change surfaces that can be replaced in just three seconds, improving production line maintenance efficiency and material changeover speed. Additionally, the surfaces of flexible vibratory feeders can be structurally designed according to the irregular shapes of materials, such as with holes, slots, and grooves, to meet the feeding needs of different materials.

In summary, Danikor's flexible vibratory feeders achieve a balance of functionality, durability, and adaptability through the use of various surface materials and designs, meeting the needs of different industries and application scenarios.