Grey/Green EVA double density milling block

Ideastep dual-density EVA blocks can be customized in terms of stitching density, color, and more.

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Description

  Parameters of EVA double density milling block

Material EVA
Place of Origin China
type Shoe Insoles, Fresh Insole
Product name Custom Made Dual Density DieCut Blocks
Style Multi-color-medical grade multi-color foam material
Color Grey/Green Or as customers’s requirment.
Logo Customized Logo Accept
Certificate GRS/CE/ISO9001/ISO13485/MSDS
Function CAD/CAM EVA blocks for custom insoles

  Sample drawing of EVA double density milling block

Grey/Green EVA double density milling block - 1 Grey/Green EVA double density milling block - 2 Grey/Green EVA double density milling block - 3Grey/Green EVA double density milling block - 4

  Application case of EVA double density milling block

Application case of EVA double density milling block

Reasons for choosing Ideastep EVA Ideastep manufacturer EVA application scenario Ideastep manufacturer EVA partner Background story of Ideastep EVA manufacturer

  EVA double density milling process

  EVA double-density milling process is a processing technology mainly used to produce EVA materials with different densities.Through this process, different densities can be distributed in the same piece of EVA material to meet specific usage requirements.

  The principle of realizing the dual-density milling process of EVA is mainly to use different rotational speeds and feed rates of the milling equipment, as well as different cutting angles and cutting depths of the cutting tool, to control the removal amount and density of the material during the milling process.By adjusting these parameters, it is possible to process different density regions on the same piece of EVA material, thus realizing the production of dual-density or multi-density materials.

  This process has a wide range of applications, such as in the field of sports equipment, where EVA dual-density milling processes can be used to create insoles, sports mats, and other products with different hardness and elasticity.In the field of automotive components, this process can be used to create shock absorbers, seals, and other products with different densities.