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Digital Twin

Every plant has a twin.
You can go in now.

A Digital Twin is a 3D replica of machines, plants, departments, or laboratories, linked to real-world data. It allows you to see what is happening right now, to simulate a change before implementing it, and to train people without altering the original.

A digital twin is not a 3D model.

It's the living version of what you have: it updates with your data, shows you where to take action, and lets you try out a change before you actually make it.

01

Your data, viewed from space

Temperature, speed, alarms, and production are no longer just rows in a table: they appear on the right machine, in the right place. A quick glance is all it takes to understand what’s happening.

02

Run a simulation before making your decision

Change a parameter, add a machine, or reschedule a shift: the digital twin shows you the impact on production, downtime, and energy consumption before you spend a single pound or stop a production line.
03

The control room, where you are

Maintenance, production, and suppliers all access the same environment – whether via a headset, a tablet, or a browser. They see the same things, leave notes on the components, and make decisions together.
04

The twin that trains people

The twin itself becomes a training environment: you simulate faults and replication procedures while the real plant continues to operate.

One product, three worlds.

01

Industries

Onboarding new operators, maintenance, safety, and critical procedures – all without stopping the production lines or putting equipment at risk.

02

Healthcare

Realistic clinical simulations to practise procedures, decision-making, and teamwork, which can be repeated as needed and without involving patients.

03

Education

Virtual laboratories for schools, technical institutes, and universities: experiments and equipment accessible to every student, safely and with no material costs.

HOW IT WORKS

From the initial asset to the complete digital twin.

01

Mapping

Let’s identify the assets, the available data, and the decisions that the twin needs to support.
02

Modelling

We recreate machines and environments in 3D, working from CAD, BIM, or scans.
03

Integration

We connect the digital twin to sensors and business systems, and we verify that the data is reliable.
04

Go-live and evolution

We’ll start with a pilot area and then extend the digital twin to new lines, sites, and use cases.

It connects to

IoT Sensors

PLCs and SCADA

MES and ERP

BIM and CAD
Open API
Faster training. More effective interventions.
Tell us about your challenge.