Consultation & Design: We begin by understanding your project requirements. Our team works closely with you to discuss the design, materials, and specifications. Based on your needs, we create detailed, customized molds that are precisely tailored for your products.
Mold Manufacturing: Once the design is finalized, our expert engineers manufacture the molds using advanced machinery and high-quality materials. Each mold is crafted with precision to ensure optimal performance and durability.
Injection Molding Process: Our injection molding machines inject molten plastic into the custom-designed molds. With strict quality control and accurate temperature regulation, we ensure that each piece meets your exact specifications.
Quality Control: We perform thorough testing and inspection of the first batch and each subsequent production run. Our rigorous quality control processes include checking dimensions, surface finish, and functionality to guarantee that every part is flawless.
Production & Delivery: Once the mold is perfected, we proceed with full-scale production. Our efficient workflow ensures fast turnaround times without compromising on quality. We then handle packaging and logistics, ensuring your products are delivered on time and in perfect condition.
After-Sales Support: Our relationship doesn’t end at delivery. We offer comprehensive after-sales support to address any concerns, maintenance needs, or further customizations to keep your production running smoothly.
With SHINZOFT, you get a seamless, end-to-end plastic injection molding service that guarantees quality, efficiency, and reliability.
The first step is to provide detailed product drawings, which serve as the foundation for the mold design. These drawings should include dimensions, tolerances, material specifications, and any other critical features necessary for accurate mold making.
Design for Manufacturability (DFM) analysis is conducted to evaluate the part design and ensure it is suitable for efficient mold production. This helps identify potential issues early, such as difficulty in molding or excessive production costs, allowing for design adjustments before mold creation.
Based on the product design and DFM feedback, the mold design is created. This includes deciding on cavity structure, cooling channels, and ejection systems. Mold flow analysis simulates the injection process to optimize mold performance, minimize defects, and ensure even material distribution.
Once the design is finalized, the mold is fabricated using advanced techniques like CNC machining, EDM, and wire EDM. The mold undergoes careful assembly, with components such as cores, cavities, and cooling systems integrated to ensure high precision and durability.
After the mold is completed, a T1 sample is produced as the first test batch. This allows for evaluation of the mold’s functionality, including part quality, cycle time, and potential issues like warping or incomplete filling. Adjustments are made as needed.
Once the mold is validated and optimized, it is used in the injection molding process to mass-produce parts. The mold is loaded into an injection molding machine, where molten plastic is injected into the cavities to form the final parts with high consistency and precision.
