Structure Design
Innovations in Exterior Design
● Unique Design Elements
Introduce distinctive design elements to differentiate the product's appearance significantly from traditional products.
● Enhanced User Experience
Prioritize aesthetic appeal in the exterior design to provide users with a more enjoyable visual experience of the product.
Upgrading Functional Design
● Enhanced Multi-functionality
Ensure that the new structural design not only focuses on innovative appearances but also enhances product functionality, making it multifunctional.
● Superior Performance
Emphasize performance improvement to stand out in the market and meet a broader range of user needs.
Ensuring Structural Stability
● Comprehensive Structural Analysis
Utilize engineering analysis tools to comprehensively assess the stability and strength of the new structure, ensuring the product's structural integrity and reliability.
● Virtual Testing Validation
Conduct virtual tests to simulate structural performance under various conditions, identifying and resolving potential issues before actual.
Precise Mold Design
● Detailed Mold Drafting
Provide detailed mold drafts, including accurate dimensions, material specifications, etc., to ensure manufacturing precision.
● Assembly Drawing Optimization
Submit clear mold assembly drawings to ensure proper coordination of various components, facilitating smooth mold assembly for production personnel
3D Documents Compliant with Industry Standards
● Standard File Formats
Submit 3D mold documents that comply with industry standards, utilizing widely accepted file formats to enhance compatibility.
● Document Structure Compliance
Submit documents in standard formats and structures as required, ensuring that users can easily understand and utilize the documentation.
Sustainable Design
● Eco-friendly Material Application
Utilize environmentally friendly materials to reduce environmental impact, aligning with the principles of sustainable development.
● Recyclable Component Design
Design modular components for easy disassembly and replacement, extending the product's lifecycle and reducing waste.
Engineering Materials Knowledge
● Material Strength and Properties
Understand the characteristics of different materials, including strength, stiffness, durability, and other properties.
● Material Selection
Choose appropriate materials based on project requirements and environmental conditions.
Considerations for Human-Centric Design
● Ergonomic Compliance
Integrate principles of ergonomics to design products that align with the human body's structure and habits, enhancing user comfort.
● Operational Ease Optimization
Optimize product interfaces, simplify user operation processes, and improve product usability and user satisfaction.







