The design of this VR remote control housing is complex and precise, which adds complexity to its manufacturing process. The structural features of the product include:
Multiple internal fixtures and mounting holes: These structures for installing batteries, PCB boards, and other electronic components require mold design with high precision to ensure the stability and consistency of assembly.
Curved exterior design: The curved design of the housing increases the difficulty of mold processing, especially requiring high-gloss surface treatment.
Multiple sliders and lifters: Due to the complex internal structure of this VR remote controller housing, the design of various suwaki and lifters ensures the perfect molding of internal details, which poses higher requirements for mold design.
Customer Requirements For VR Remotes Housing Manufacturing
Our customers have strict requirements for product assembly, appearance, and defect control during the Proces formowania wtryskowego:
Assembly requirements: The various mounting holes and latch positions inside the product need to be highly precise to ensure the perfect fit and assembly effect of various components.
Wymagania dotyczące wyglądu: The housing requires a high-gloss surface to ensure the product’s aesthetics and feel.
Injection defect control: Customers want the product surface to be free of znaki przepływu, linie spawaniaoraz other injection defects to ensure the high quality of the final product.
Solutions For VR Remotes Housing Manufacturing
In response to the small size, multi-slider design, and certain ejection difficulties of this VR remote control housing, we have adopted the following solutions:
Precision VR Remote Housing Mold Design:
We use UG software for mold design to ensure that every detail can be precisely molded. For the complex internal structure of the product, we have designed multiple sliders and inserts to ensure the perfect molding of all details.
High-Precision Machining:
Use high-precision CNC machining equipment to ensure the dimensional accuracy of every part of the mold. Polish the mold finely to ensure the high gloss of the product’s appearance.
Optimized Injection Molding Process:
During the injection molding process, strictly control injection pressure, speed, and packing time to prevent product deformation. Adjust the position and type of gates and optimize the mold’s venting system to reduce the occurrence of flow marks and weld lines. Optimize the design of the mold cooling system to ensure even cooling of the product, reducing deformation and unstable dimensions after molding.
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