Category: Industrial Plastic Injection Molding Parts

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Industrial Design Plastic Injection Molding

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Industrial Design Plastic Injection Molding

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Brand: HW

Description

White injection molding plastic parts fixed ring

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Product Description

Industrial Design Plastic Injection Molding Customized parts

Industrial design empowers customized products through injection molding. The core lies in the collaborative design from three dimensions: product function, user experience, and production process. This enables the industrial design solution to not only meet the requirements of appearance and human-computer interaction, but also adapt to the process characteristics of injection molding, avoiding disconnection between design and production. Ultimately, it achieves the unity of the appearance level, performance, and mass production capability of the customized products. This is the core step for turning the concept of customized injection- Molded Plastic Parts into a finished product, and it is widely applied in the customization of shell/structural components in fields such as electronic appliances, automotive interiors, smart home, and industrial equipment.

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Industrial Design Plastic Injection Molding Customized Product

Industrial Design Plastic Injection Molding Customized Product3

Industrial Design Plastic Injection Molding Customized Product4

Industrial Design Plastic Injection Molding Customized Product1

ZIBO HUIWEN Core Design Principles:

All creative ideas in industrial design must be based on the feasibility of the injection molding process. This is the foundation for mass production, cost control, and quality assurance of customized products.

The core principles include:

Uniform wall thickness: The overall wall thickness should be controlled within 1.5-3mm (slight variations for different materials), with gradual transitions for areas of increased thickness to avoid shrinkage, bubbles, and warping (for ABS parts, the wall thickness difference should not exceed 0.5mm); the thickened areas can use reinforcing ribs instead of simply increasing the wall thickness, with the rib thickness being 1/2-2/3 of the main wall thickness and the height not exceeding three times the wall thickness.
Reasonable ejection angle: The ejection angle for internal surfaces without appearance requirements should be ≥1°, for external surfaces with high gloss / fine texture requirements it should be ≥0.5°, and for deep cavity structures, it should be appropriately increased to 2-3° to avoid scratching and mold adhesion during ejection.
Full coverage of rounded corners: All sharp corners and edges should be rounded over; the outer rounded corners should be ≥0.5mm, and the inner rounded corners should be ≥0.3mm; this not only improves product feel, reduces stress concentration, but also extends mold life and avoids mold sharp corners from cracking.
Avoid inverted structure: Try to use a straight design as much as possible. If an inverted structure is necessary due to functionality (such as snap-in or grooves), it should be designed to be able to be ejected through a slider / inclined top, reducing mold complexity and cost.