Revolutionizing 3D Printing with Our Kuka Robot
As technology continues to evolve, we took a bold step last year by integrating a Kuka robot into our 3D printing workflow. By adapting our existing extruder software and hardware, we transformed it into a high-performance robotic 3D printer, unlocking a whole new realm of possibilities.
With this cutting-edge system, we can now rapidly produce complex parts, accelerate prototyping, and create large-scale 3D models beyond the limits of conventional printers. Our robotic printer constructs objects one superfine layer at a time, ensuring precision, strength, and efficiency.
Speed, Strength & Innovation
One of the biggest advantages of pairing our extrusion technology with a robotic system is speed. Using a 2.5mm nozzle, our Kuka robot prints 10 times faster than traditional 3D printers. Additionally, we can work with high-performance composite materials such as Carbon Fiber, Graphene, and Kevlar, offering superior strength and durability.
Advanced 3D Printing Process
Our robotic system operates with computer-aided design (CAD) software, generating .STL files that slice objects into ultra-thin layers. The printer then follows precise digital instructions to deposit and fuse materials layer by layer, forming highly detailed three-dimensional structures with remarkable accuracy.
Expanding Capabilities & Future Plans
Our Kuka robotic printer is perfect for both intricate prototypes and full-scale constructions, combining absolute precision with unmatched design freedom. This tool-less process not only reduces manufacturing costs and lead times but also minimizes material waste—utilizing up to 90% of standard materials for greater efficiency.
In the coming months, we plan to refine our printing process further by introducing our new mixing extruder, which allows for material blending in a molten state. This will enable us to develop entirely new composite materials, opening up even more possibilities for innovative manufacturing solutions.
Stay tuned as we continue to push the boundaries of robotic 3D printing! 🚀