Manual transport holds you back. T‑CAN moves you forward.

Manual can transport slows production, causes errors, and increases costs - especially in high‑speed spinning mills facing labor shortages. T‑CAN solves this with self‑driving cans that automate transport between machines, ensuring precise, reliable, and on‑time material flow for maximum efficiency.

T‑CAN offers key operational advantages for your spinning mill: 

How it works

T-CAN is engineered for the real-world environment of spinning mills, where dust, vibration, long shifts, and high uptime demands are part of everyday operations. By using a simple but effective routing system, intelligent software, and real-time sensors to manage can transport with precision, T-CAN solves these issues.

Here's how each component works together to ensure seamless operation:

Server infrastructure and route‑network

Connects all machines and stations, enabling intelligent navigation between carding and draw frame sections.

T‑CAN automated guided vehicle (AGV)

A standard sliver can combined with a compact AGV, turning it into an intelligent self‑driving transport unit.

Monitoring and control software

Centralized, intuitive control to monitor can positions, battery status, and routes in real time.

Automation enablers

Integrated automation functions ensure uninterrupted material flow such as semi-automatic creel functionality, self-charging and cleaning.