Industry 5.0 · Adaptive learning for robot weld cells: No more weld touchups. No more robot touchups. Period.
AI adaptive machine-based learning that optimizes the cell hands-free. The operator stays in the loop. The machine learns the process.
- Prototype
- KUKA + Siemens TIA Portal
- Expanding to
- Allen-Bradley, FANUC, ABB
- Operator
- In command
The outcome
Hands-free optimization. Human still in command.
No more weld touchups
The process corrects itself. Second-pass grind-and-reweld is not a production plan.
No more robot touchups
Paths, offsets, and weave stay inside spec without a weekend on the teach pendant.
Hands-free optimization
The cell learns from its own cycle. You supervise. You do not babysit every joint.
Prototype
KUKA. Siemens TIA Portal.
KUKA was the prototype — integrated with Siemens TIA Portal, running hands-free optimization on the iron before we talked about rolling it out. That cell proved the method. The method is what we are expanding.
Adaptive machine-based learning watches the process, not a recording of last week’s path. Offsets, weave, and heat input stay inside the window without a technician on the pendant after every shift.
Weld cells on an auto or EV line? See robot programming for automotive and EV plants.
Now expanding
All robots. All PLCs.
We are taking the same adaptive loop to every major platform we already program. Named now. Others to be named later.
- KUKAPrototype — live
- Siemens TIA PortalIntegrated
- Allen-BradleyIn expansion
- FANUCIn expansion
- ABBIn expansion
- Additional platformsTo be named
The work
Industry 4.0 connected the cell. Industry 5.0 lets the cell learn — and keeps the people who own the line in the loop.
Straight answers
Industry 5.0, answered.
What is Industry 5.0 at TS Controls?
AI adaptive machine-based learning that optimizes the cell hands-free — no more weld touchups, no more robot touchups. KUKA with Siemens TIA Portal was the prototype. We are expanding to Allen-Bradley, FANUC, ABB, and platforms still to be named.
Can you eliminate weld touchups and robot touchups?
That is the goal of our Industry 5.0 work: adaptive learning keeps paths, offsets, and weave inside spec without a weekend on the teach pendant. Tell us about your cell.
Can you reduce weld touchup time?
Our Industry 5.0 adaptive learning work targets exactly that. The prototype is live on KUKA with Siemens TIA Portal, and other platforms are in expansion. For other cells, offline programming and careful path and TCP work also reduce touchups.
We Make Solutions Happen
Bring us a cell.
Send the platform, the symptom, and the outage window. We will come back with a plan — not a brochure.