3D Printed Titanium Alloy Badminton Shuttlecock

Core Features and Advantages

1. **Material Performance**: Titanium alloy has a density of only 4.5g/cm³, balancing extreme lightweight and structural strength, with the entire shuttlecock weighing approximately 10g; it is resistant to acid, alkali, and salt corrosion, suitable for various environments.

2. **Process Advantages**: SLM technology achieves integral molding, eliminating the need for molds, welding, and assembly, avoiding the structural defects of traditional processes; it can create complex structures that are impossible with traditional processes, with a material utilization rate exceeding 95%, reducing the cost of high-end alloy waste.

3. **Surface Treatment**: After printing, the surface has a fine, layered metallic powder texture, which can be sandblasted, polished, anodized, or passivated as needed to improve surface smoothness and corrosion resistance.

4. **Applications**: Suitable for high-end cultural and creative collectibles, industrial-grade additive manufacturing technology demonstrations; can also replace traditional badminton shuttlecocks for high-intensity training, special environments, or as fun challenge props.

Technical Parameters

- Material Standards: ASTM B85/B85M / ISO 3522

- Process Standards: Selective Laser Melting (SLM)

- Size: Customizable according to customer drawings

- Main Compliance Standards: Complies with ASME B16.11, GB/T 14626, etc., and can also be customized as needed

- Testing Standards: 100% dimensional inspection, penetrant, X-ray, and pressure testing available, along with material reports.

Typical Application Areas

1. Industrial Manufacturing and Technology Demonstration: Demonstrates the ability to form complex 3D printed structures, verifies parameters, saves mold costs, and enables rapid iteration.

2. Cultural and Creative Collectibles: Blends technological sophistication with industrial aesthetics, supports engraving and color customization, and possesses high scarcity and collectible value.

3. Science Education and Popularization: Provides an intuitive demonstration of additive manufacturing principles, serving as a highly interactive and easy-to-understand teaching tool for structures and materials.

4. Special Scenarios: Offers durability far exceeding traditional badminton shuttlecocks, resisting corrosion and impact, and suitable for harsh environments.

Quality Control and Service: Establishes a comprehensive management system covering five core aspects: design, materials, processes, post-processing, and testing, ensuring product precision, performance, and consistency. Supports customized drawings, small-batch trial production, and large-scale mass production, providing full-process technical consultation and after-sales support.