Fujika Industries [Production Example] Ring Case Cushion Material Processed by Punching

This time, I will explain the processing of urethane foam, which is our specialty. For an explanation of urethane foam, please refer to a separate article.↓↓ https://ja.nc-net.or.jp/company/72493/product/detail/272221/ Our company has several machines for processing urethane foam: - 3 punching machines - 1 continuous punching machine - 1 vertical cutter - 1 double-sided tape processing machine Using these, we can perform cuts along the X and Y axes. Additionally, we utilize our in-house personnel for processes such as bonding foam with tape and hole punching after cutting. For processing that includes the Z axis, we can undertake it by collaborating with partner companies, as it is not possible with our in-house equipment. We would appreciate the opportunity to discuss such shapes with you. You can check videos of our machines in operation on YouTube. ↓↓ https://www.youtube.com/watch?v=v9bdB9Oaw1c&t=11s

We support die-cutting processing in the shape of gaskets using MF-50 filter material. By adopting die-cutting processing, we can efficiently produce the same shape, making it suitable for mass production projects. Filter materials are used for applications such as removing foreign substances from air or liquids. This time, by processing into a gasket shape, it becomes easier to incorporate into equipment and devices. Since die-cutting uses a mold, it allows for the repeated production of the same shape, making it suitable for cases where a large quantity is needed. ■ Product Specifications Material: MF-50 filter material Shape: Gasket shape Processing Method: Die-cutting Applications: Filter parts, seal parts, equipment parts, etc. Supported Quantity: From small quantities to mass production ■ Processing Details We will perform die-cutting processing of the MF-50 filter material into gasket shapes according to the drawings. We also accommodate shape processing including inner and outer diameters, enabling efficient production of the same shape. We will propose processing methods based on applications and quantities. We may be able to accommodate complex shapes, so please feel free to contact us if you have any concerns.