GrabCAD 模型信息
Dual-Sided Quick-Release Buckle System · 模型 206730
Dual-Sided Quick-Release Buckle System is an integrated, print-in-place hardware solution engineered for high-stress modular attachments on costume armor, tactical gear, and avant-garde traditional African masks. By combining interlocking female housings into a centralized block, this compact design allows for seamless bilateral strapping, eliminating excess bulk while streamlining wearable rigging. ⚙️ 3D Printing Guidelines • Materials: Optimized for high-durability filaments including PLA, ABS, and PETG. • Orientation: Pre-aligned and scaled for immediate print-in-place deployment. • Assembly Note: For permanent load-bearing fixtures, combining structural mechanical fasteners with high-temp hot adhesives is highly recommended. ⚠️ Technical Disclaimer This digital file is provided entirely "as-is" for personal, modification, and commercial application. The end-user assumes all operational risks, liabilities, and safety responsibilities associated with the slicing, printing, material selection, and structural deployment of this hardware. The designer is not liable for structural failures, improper mechanical tolerances, or damages resulting from negligent assembly or misuse in load-bearing environments. 📸 Share Your Builds! I would love to see how this concept performs out in the wild! Please share your final product shots and printed rigging setups. Your real-world feedback and photos are invaluable for driving future design refinements and optimizations. 📊 Project Reference Summary AttributeSpecification Core ConceptIntegrated dual-sided quick-release coupling block Primary TargetCostume armor, tactical rigging, and exaggerated African masks Print MethodScaled, combined print-in-place layout LicensingFree for downloading, modification, and commercial use
- 格式
- OBJ、Rendering、3D Manufacturing Format
- 分类
- 3D printing、Educational、Sport
- 标签
- innovation、fashion、foreheadwear、protectivewear、cosplay、modern、scaled、mask、fastener buckles、customized、buckles
- 数据更新
- 2026-10-27T11:00:29Z
