Are you struggling with insufficient adhesive strength after GIM molding? → Solved with robot uniform application.
Uniform application around the entire cross-section stabilizes adhesive strength. The introduction of dedicated robots will meet the mass production quality level of GIM waterproof products.
Are you struggling with the adhesive strength of glass falling below standard values during the bonding process after GIM (Glass In-Mold) molding, affecting the stability of mass production quality? Applying adhesive to the side (cross-section) of the glass can lead to variability in uniformity due to the complex shape, often resulting in insufficient bonding area, which is a common cause of inadequate strength. Our company has introduced a dedicated robot capable of uniformly applying adhesive around the entire circumference of the glass side, precisely controlling the amount, position, and speed of application to stabilize the bonding area and quality. As a result, we have successfully resolved adhesive strength issues for GIM waterproof products at the mass production quality level. We look forward to consultations from manufacturers seeking to improve the waterproof performance and adhesive reliability of glass-integrated molded products.
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- Stabilization of adhesive strength and mass production quality for GIM waterproof smartphone components - Introduction of a robot adhesive application process for the entire cross-section of glass in-mold molded products - Waterproof reliability testing for glass integrated molded components - Automation of the adhesive process and stabilization of quality through the introduction of a dedicated application robot
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**About Yoshida Techno Works** We are the world's first manufacturer to commercialize in-mold transfer molding, which utilizes plastic molding and decoration technology cultivated through cosmetic container manufacturing, allowing for simultaneous molding and transfer decoration. **Key Technologies** - Double in-mold molding that performs simultaneous decoration on both sides of the product - Hybrid molding that combines sheet inserts with in-mold techniques - Glass insert in-mold (GIM) molding that inserts reinforced glass into the mold, allowing for integrated molding of resin frames and decoration - Two-color in-mold molding that combines rotational two-color molding with in-mold transfer - Composite technology that integrates metal (such as SUS sheet metal and nuts) with in-mold molding - Real material (natural wood, fabric, synthetic leather, etc.) insert molding - Out-mold deep drawing decoration method (VSS) compatible with metal, glass, and resin