Home Manufacturer  Engineering Stability for Solid Silicone Rubber Molding

 Engineering Stability for Solid Silicone Rubber Molding

by xjmn

Through the application of specialized engineering solutions, Dekuma tackles the difficult task of processing materials with high viscosity. Their RT Series is a solid silicone injection molding machine that was developed specifically to meet the requirements of solid silicone rubber molding. They designed this machinery in order to make heavy, high-performance components such as bushings and insulators, which are examples of products in which process stability is of the utmost importance.

A Foundation of Mechanical Stability

The core of this solid silicone injection molding machine is its block-type clamping structure. This design centers the mold weight to resist shifting forces during operation, which is a critical factor in solid silicone rubber molding. An auto-lock feature engages when the mold opens fully, acting as a protective measure for the machine’s mechanical and hydraulic parts. This built-in safeguard helps contribute to the longevity of the solid silicone injection molding machine.

Enhancing Flexibility with Hydraulic Adjustment

A key operational feature involves hydraulic blocks for mold height adjustment. This system allows for changes that are measured and efficient. For any operation focused on solid silicone rubber molding, this capability is particularly valuable. It helps to reduce the non-productive time typically associated with mold changeovers, supporting a more responsive and adaptable production schedule for various product runs.

Dekuma‘s design philosophy for the RT Series centers on providing a stable and adaptable platform. Their solid silicone injection molding machine addresses the physical challenges of solid silicone rubber molding through a robust clamping system and practical adjustment features. For manufacturers in the electrical sector, this equipment offers a method to produce heavy-duty silicone parts with an emphasis on operational protection and process efficiency.

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