3D Tissue Braiding

Our breakthrough manufacturing process produces monolithic robotic bodies in a single automated operation — at any scale and complexity. No assembly junctions, no weak points, no compromises.

From idea to pilot in hours instead of weeks, at a fraction of the cost. Build custom hardware with any team, not just specialists.

AIIonic 3D Tissue Braiding technology

How It Works

Three automated steps. One monolithic robotic body. Unlimited possibilities.

01

Produce Scaffolding

Precision-generated structural scaffolding forms the internal architecture of the robotic body — designed algorithmically to match exact mechanical requirements.

02

Braid Soft Tissues

High-performance yarn is braided around the scaffold in complex 3D patterns, creating integrated soft structures with embedded routing channels and functional zones.

03

Connect Actuators

Actuators, tendons, pulleys and guides are integrated during the braiding process — not bolted on afterwards. The result: a single monolithic system, ready to operate.

Why 3D Tissue Braiding?

Design freedom, structural strength, and full automation — in one unified process.

Design Freedom

Produce complex, multifunctional 3D structures in a single automated process. No design constraints imposed by traditional manufacturing assembly steps.

Superior Strength

High load-bearing capacity with uniform stress distribution across the entire body. No weakpoints at junctions — because there are no junctions.

Full Automation

Monolithic systems with pulleys and guides integrated from the start. Tendons routed during production. Human-like robotics that are soft to the touch, reliable in action.

Second-Generation Machinery

Our latest machinery represents a quantum leap in robotic manufacturing capability.

  • 5x Faster Production
  • 2x Smaller Footprint
  • 3x Larger Resolution
  • Hours Not Weeks
  • Any Team Size

The second-generation AIIonic machinery achieves 5x faster throughput, 2x smaller floor area, and 3x greater resolution in yarn count — opening up entirely new categories of robotic products that were previously impossible to manufacture at scale. From miniature surgical robots to large-scale industrial manipulators, the platform handles it all.

Backed by Visionaries Club

Seed investment from one of Europe's leading deep tech venture funds.

Seed Investor — 2025 Visionaries Club