Date: January 23 – January 29, 2025
Fracktal Works participated in IMTEX 2025, one of India’s premier manufacturing technology exhibitions. During the event, we proudly launched India’s first SLS 3D printing machines, marking a significant milestone in the evolution of additive manufacturing in the country. Our team showcased live demos, shared insights into industrial applications, and engaged with industry leaders and enthusiasts throughout the exhibition.
Date: February 26–28, 2025
Fracktal Works exhibited at EFY Expo 2025, India’s flagship event for electronics, embedded systems, and IoT. We showcased our precision 3D printing capabilities tailored for the electronics industry—highlighting rapid prototyping for enclosures, fixtures, and small-batch parts. Our participation emphasized how additive manufacturing is becoming a game-changer in hardware development, offering engineers faster design iterations and functional part testing. The expo gave us an excellent platform to engage with tech innovators and explore collaborations in the fast-evolving electronics space.
Date: May 9–12, 2025
Fracktal Works took part in Plastasia 2025, a premier plastics industry exhibition showcasing advancements in polymer processing and manufacturing. At our booth, we demonstrated how industrial 3D printing is revolutionizing plastics prototyping and on-demand production. Our display included high-performance polymer prints, jigs, fixtures, and functional prototypes made using our in-house FDM and SLS systems. The event allowed us to connect with mold makers, product designers, and manufacturers exploring faster, cost-effective alternatives to traditional tooling.
Date: April 17, 2025
Fracktal Works was proud to be part of the Robotics Lab Inauguration at GITAM University’s Bangalore campus, supporting the advancement of hands-on education in automation and intelligent systems. As a company at the forefront of additive manufacturing, we showcased how 3D printing enables rapid prototyping, iterative design, and the creation of custom robotic components. Our engagement aimed to inspire students to leverage industrial-grade 3D printing in robotics projects and research, reinforcing our commitment to supporting future-ready engineering education.