VELTRIX™ structures energy isolation around the actual task, guiding the intervention before work begins.

A system that defines the isolation — not the worker.

The system defines the control path — the worker follows it.

✓ Machine-based isolation logic

✓ Task-specific control paths

✓ Visual identification and verification

✓ Defined decision points before intervention

✓ Routine and non-routine isolation under one framework

Traditional LOTOTO is built around achieving a zero-energy state.

But industrial work is not always performed in a zero-energy condition.

Maintenance, troubleshooting, adjustment and intervention can require controlled energy to remain present. The challenge is not simply to isolate energy — it is to control the conditions under which the work is performed.

VELTRIX™ extends energy isolation into a structured operational control system.

From isolation as a procedure — to control as a system.

One serious industrial accident can reveal what a safety system was never designed to control.

Traditional LOTOTO systems are often built around procedures, documentation and zero-energy isolation.

But real industrial work is more complex.

Maintenance, troubleshooting, adjustment and intervention may require different levels of energy control, different isolation paths and different decisions — depending on the actual task.

VELTRIX™ was developed to address this gap.

It structures energy isolation around the work being performed — not around a generic procedure.

The system defines the control path before the intervention begins, so the worker does not have to determine the isolation logic alone.

VELTRIX™ brings task-specific control, visual verification and structured decision-making into one industrial LOTOTO framework.

From routine interventions to complex non-routine work, the objective is the same: make the safe way the defined way.