Skip to main content
Boli Technology is unveiling its 3D printed flexible robot skin at TCT 2026, shifting from passive covers to active sensory organs.
Product
1 min read

Boli Technology is unveiling its 3D printed flexible robot skin at TCT 2026, shifting from passive covers to active sensory organs.

Originally reported by 南极熊

Boli Technology is unveiling its 3D printed flexible robot skin at TCT 2026, shifting from passive covers to active sensory organs. By integrating tactile sensors directly into 1.5mm-thick elastomeric structures, this technology eliminates 80% of traditional manual wiring and sensor mounting. This additive approach enhances robot sensitivity while cutting production cycles by 50% for complex humanoid parts. Functional skins with embedded intelligence are now a cornerstone for safe human-robot interaction. 🦾 #3DPrinting #Robotics #TCT2026 #SmartMaterials #SoftRobotics

Read Original

How This Connects

6 related events
  1. Same pattern

    SprintRay CEO Amir Mansouri confirmed the company has achieved $100 million in annual revenue as it continues to focus on its specialized dental vat polymerization ecosystem.

  2. Same pattern

    Apple is integrating 3D-printed components into the hinge mechanism of its upcoming iPhone Fold, with test production currently underway at Foxconn facilities in China.

  3. Same pattern

    3D Systems secures full-scope EU MDR certification for NextDent Jetted Denture Solution

  4. Same pattern

    adidas launches Project R.A.P.

  5. Same pattern

    Cairn Surgical has submitted a De Novo 510(k) application to the FDA for its Breast Cancer Locator (BCL) System, a patient-specific 3D printed surgical guide.

  6. Same pattern

    Align Technology is transitioning from indirect to direct 3D printing for its Invisalign aligner production, moving away from the traditional process of printing molds for vacuum-forming.

  7. This article

    Boli Technology is unveiling its 3D printed flexible robot skin at TCT 2026, shifting from passive covers to active sensory organs.