An industrial environment of the manufacturing and machine-tool sector with machinery

Digital Twin Platform for MANUFACTURING

Digital Twin Platform for MANUFACTURING

Leading factories are already integrating IoT sensors, AI, and Advanced Analytics to enhance efficiency, improve quality, and reduce costs, moving toward what is now known as smart manufacturing.

Leading factories are already integrating IoT sensors, AI, and Advanced Analytics to enhance efficiency, improve quality, and reduce costs, moving toward what is now known as smart manufacturing.

TOKII provides full visibility into operations, enabling the anticipation of failures, identification of bottlenecks, and reduction of operational costs by monitoring the entire production chain on a unified platform.

With TOKII, you can have complete visibility of operations, anticipate failures, detect bottlenecks, and reduce operating costs by visualizing your entire production chain on a single platform.

The use of digital twins for advanced digitization can reduce manufacturing costs in the industrial sector by 10% to 25%.

The use of digital twins for advanced digitization can reduce manufacturing costs in the industrial sector by 10% to 25%.

Boston Consulting Group

Efficiency and Complete Plant Control

Efficiency and Complete Plant Control

Smart plug & play production:

Smart plug & play production:

Connect and control your plant.

Connect and control your plant.

Connect and control your plant.

Connect data from your production lines

Connect data from your production lines

Connect data from your production lines

Integrate machinery and systems such as PLCs, CNC lathes, milling machines, or hydraulic presses to provide a complete real-time view of the most critical areas.

representation of the data load on the platform via dataset and MQTT and the preview and processing of the received data.
Representation of the visualization library available on the TOKII digital twins platform. It allows selecting the type of preference and the data automatically adjusts to the corresponding graph.

Create operational plant visualizations

Create operational plant visualizations

Create operational plant visualizations

Raw data indicators (KPIs) such as temperature, vibration, consumption, cycle times and performance. TOKII allows you to cross-reference that data using formulas to generate key indicators such as OEE, rejection rate, MTBF, MTTR and other critical metrics.

Explore production flow by line

Explore production flow by line

Explore production flow by line

Through intuitive dashboards or interactive 3D models to better understand your process behavior, identify deviations, and validate hypotheses.

Representation of the digital twin and the dashboard, where we configure the digital twin for its subsequent visualization
Artificial intelligence module for creating predictions without the need for programming.

Analyze production, quality, and maintenance trends

Analyze production, quality, and maintenance trends

Analyze production, quality, and maintenance trends

Detect bottlenecks in assembly lines or workstations and anticipate errors using predictive analytics and no-code AI algorithms. Optimize both preventive and predictive maintenance.

Manage incidents and protocols without stopping the production line

Manage incidents and protocols without stopping the production line

Manage incidents and protocols without stopping the production line

Create tickets, assign responsibilities, and track progress from an operational calendar to ensure efficient team and cross-department collaboration.

Digital twin of the industrial environment with metrics, charts, and key KPIs about the environment. Color codes to visually understand the status of each machine, and modules for ticket management and calendar.

Key Benefits of TOKII for MANUFACTURING

Key Benefits of TOKII for MANUFACTURING

Discover everything it can offer

Discover everything it can offer

Discover everything it can offer

-20%
-20%

Unplanned downtime

Unplanned downtime

thanks to AI-powered anomaly detection, which reduces unexpected mechanical failures.

thanks to AI-powered anomaly detection, which reduces unexpected mechanical failures.

-15%
-15%

In raw material waste

In raw material waste

Thanks to scenario simulation and iterative adjustments that minimize scrap.

Thanks to scenario simulation and iterative adjustments that minimize scrap.

+10%
+10%

In operational savings

In operational savings

reducing dependence on reactive processes and avoiding rework.

reducing dependence on reactive processes and avoiding rework.

+20%
+20%

In energy efficiency

In energy efficiency

with real-time monitoring and adjustments in production lines and auxiliary systems.

with real-time monitoring and adjustments in production lines and auxiliary systems.

Explore TOKII with our experts

Book a demo to see how TOKII can adapt to your needs.

Because seeing how others use it always helps

Discover success stories in your sector

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