High-Strength 3D Printed EOAT: Suction Tool Head Built with Carbon Fiber Reinforced ABS
3DXTECH’s suction tool head, printed using CarbonX™ ABS+CF, highlights the value of 3D printing for custom EOAT design, robotic tooling, and manufacturing aids. This industrial automation component was built to demonstrate the benefits of additive manufacturing for tooling—faster lead times, design freedom, and cost-effective iteration. It's a strong case for 3D printed robotic tooling that can withstand real-world shop-floor demands.
CarbonX™ ABS+CF is a carbon fiber reinforced ABS filament engineered for high-strength, industrial 3D printing. Reinforced with 10% high-modulus carbon fiber, it delivers excellent dimensional stability, stiffness, and surface quality. It also offers high impact resistance, thermal stability, and a heat deflection temperature suitable for demanding applications. As a high-performance ABS carbon fiber filament, it's ideal for 3D printing jigs and fixtures, end-of-arm tooling, and other functional prototypes.
This project reinforces how additive manufacturing for tooling empowers engineers to rapidly develop functional parts with performance-grade materials. Explore 3DXTECH’s full lineup of carbon fiber filaments for EOAT, jigs and fixtures, and custom manufacturing solutions.
