Revolutionizing Industrial Design with Custom G-Code and Inner Structures
Through the power of custom G-code and algorithm-driven inner structures, we’ve developed a unique approach to additive manufacturing for large-format 3D printing (LFAM), especially with pellet 3D printing technology. Our methods enable the creation of complex, sliceable geometries directly in Grasshopper, allowing us to automate the design and adaptation of inner components and structural supports within hollow forms, such as vase-mode objects with functional inner frameworks.
This approach is ideal for applications in industrial and architectural design. Custom inner structures can be seamlessly integrated for added stability or to include adapters for technical components, offering a new level of customization for technical and aesthetic demands alike.
For instance, a 3D-printed balustrade section serves as a visible example, showcasing how inner structures are used to add strength and allow for easy integration with other building components.
By leveraging Grasshopper algorithms, we automate the slicing and inner structural design process, creating custom G-code that is ready for high-precision fabrication. This innovative technique enhances durability and allows for the efficient use of recycled pellet materials, making it an ideal solution for architecture, industrial manufacturing, and product design.
Our custom inner structures and adaptive design enable the flexibility needed to meet the complex demands of modern industry—bringing both form and function to the forefront of additive manufacturing.
Ready to Bring Your Project to Life?
Looking to bring your designs to life with precision and efficiency? Our Grasshopper and 3D Printing Tools are here to help you achieve your goals. Whether you need customized CAD files, seamless digital integration, or a complete solution from concept to finished product, we’ve got you covered.
Contact us today to learn more, request a tailored offer, or discuss how our tool can be the perfect fit for your project. Let’s work together to turn your ideas into reality.