Hobby case inner pad

The Sanpelca series, as an independent bubble polyethylene foam, combines cushioning properties with moderate rigidity and is widely used as interior material for cases. We select material grades and thicknesses according to the shape, weight, and usage environment of the stored items, and we manufacture by combining punching and bonding processes. We can accommodate prototypes and small quantity projects, and during mass production, efficient manufacturing is possible through the optimization of processing methods. We are also open to consultations regarding designs tailored to the storage items and case dimensions. ■ Related Services - Production of internal pads for cases - Sanpelca processing - Cushioning materials for storage cases - Bonding processing - Sponge shape processing ──────────────────────── Processing materials: Foam, rubber, plastic Processing contents: Punching processing / Bonding processing / Slicing processing We accommodate everything from prototypes to mass-produced items.

We are capable of producing case interior pads using the Sanpelka series. These materials are adopted as interior padding for cases with the purpose of protecting and securing the stored items, and we can accommodate a wide range of projects from small-scale prototypes to mass production. Case interior pads refer to the foam that is placed inside cases used for storing tools, precision instruments, measuring devices, and more. By processing the foam to match the shape of the stored items, it helps to mitigate impacts during transport and storage, and prevents the items from moving within the case. The Sanpelka series is made of relatively firm foam material and is commonly used for case interior pads. ■ Product Specifications Material: Sanpelka series Application: Case interior pads Compatible Shapes: Processed to match the shape of stored items Processing Methods: Die-cutting, bonding, shape processing Production Support: From small-scale prototypes to mass production ■ Processing Details We can accommodate everything from simple cut shapes to complex storage shapes, and we can also handle structures that combine materials of different thicknesses or bonding. We will propose appropriate processing methods based on quantity and application.