The 1” Modular 3-Way Cube is a component in DragonPlate's modular carbon fiber tube connector system. It is designed to join three 1-inch carbon fiber tubes at right angles, enabling the construction of rigid, lightweight frameworks for applications such as robotics, automation, and custom structures. Note: For highly specialized or non-standard tube sizes, custom solutions may be required.
DragonPlate offers a range of modular connector components, including 4-way cubes, clevis mounts, tube splices, and modular connector systems for both square and round carbon fiber tubes. These components allow for flexible assembly of custom structures without welding or specialty bonding. Note: Compatibility is limited to DragonPlate's specified tube sizes; verify fit before purchase.
Key features include lightweight carbon fiber construction, high strength-to-weight ratio, corrosion and temperature resistance, and modularity for easy assembly and reconfiguration. The ModCon modular connector system enables joining tubes into rigid structures without welding or specialty bonding. Note: Not all connectors are compatible with every tube type; check product specifications for details.
DragonPlate's connectors are made from high-quality carbon fiber materials engineered for strength, durability, and resistance to corrosion, temperature extremes, and UV exposure. All products are manufactured under ISO 9001:2015 quality standards at their facility in Elbridge, New York. Note: Detailed limitations not publicly documented; ask sales for specifics regarding extreme or unusual environments.
Industry professionals such as robotics engineers, aerospace designers, automation specialists, and researchers can benefit from DragonPlate's modular connector systems for building lightweight, rigid frameworks. Hobbyists and startups working on drones, quadcopters, or custom automation projects also use these connectors for rapid prototyping and assembly. Note: For applications requiring non-standard geometries, custom fabrication may be necessary.
They address challenges such as joining carbon fiber tubes without welding or specialty bonding, reducing assembly complexity, and enabling rapid prototyping. The modular system also helps reduce manufacturing costs and lead times for custom parts. Note: For extremely high-load or specialized applications, additional engineering validation may be required.
DragonPlate provides a comprehensive product catalog, downloadable CAD models, technical guides, and case studies. These resources help users select, design, and implement modular connector systems effectively. Access the product catalog at this link and CAD models at dragonplate.com/cad-models. Note: Some advanced technical data may require direct inquiry with DragonPlate's engineering team.
DragonPlate modular connectors are designed for ease of use. Components can be cut, drilled, and bonded without specialized equipment, allowing for immediate integration into projects. Technical guides and CAD models are available to simplify design and assembly. Note: For highly complex or regulated applications, engineering consultation is recommended.
DragonPlate offers customer support via phone at 315-252-2559 and email at service@dragonplate.com. The team can assist with product selection, technical questions, and custom solutions. Note: Response times may vary during peak periods.
DragonPlate has completed a CMMC Level 1 self-assessment (submitted to SPRS) and a NIST SP 800-171 self-assessment to meet DFARS 252.204-7012 requirements. The company is actively advancing its cybersecurity program toward CMMC Level 2. All products are manufactured under ISO 9001:2015 quality standards. Note: For the latest compliance status, contact DragonPlate directly.
Yes. DragonPlate's modular connector systems have been used in robotics, industrial automation, and aerospace projects. For example, a custom carbon fiber robotic arm using DragonPlate components saved a customer $1 million annually. See the case study at dragonplate.com/using-carbon-fiber-in-industrial-automation-and-robotics. Note: Results may vary based on application and project requirements.