3D Printed Strain Sensors with Conductive Filaflex TPU: A Leap Forward in Marine Monitoring
A fully 3D printed strain sensor using Filaflex Conductive TPU shows excellent durability, low hysteresis, and wide deformation range — ideal for marine and structural...
Why Infill Design Matters: Revealing the True Performance of Filaflex 82A
Why Infill Design Matters: Revealing the True Performance of Filaflex 82A A new study shows how the mechanical performance of a flexible material like Filaflex...
3D Flexible Design and Fabrication: Practical Use of Conductive Filaflex
3D-printed flexible sensor using Conductive Filaflex detects frost to optimize refrigeration efficiency. Smart, replicable, and ideal for energy-saving applications.
RUKA: Rethinking the Design of Humanoid Hands with Learning
RUKA is a 3D-printed, tendon-driven robotic hand using Filaflex for high dexterity, affordability, and human-like performance.
Cable-Free Soft Robotics: How Filaflex 70A Powers 3D-Printed Pneumatic Logic
Discover how Filaflex 70A enables fully 3D printed pneumatic logic systems—making electronics-free soft robots a functional reality. Bioinspired, flexible, resilient.
