TOWARDS OUTSTANDING PERFORMANCE
We can think of digital technologies as an ecosystem full of possibilities and interconnections to leverage throughout product life cycle, to optimise time, cost, and quality.
We use these tools from the very beginning of our projects. We also provide consulting services to manufacturing companies looking to undertake digital transformation.
MAP OF DIGITAL APPLICATIONS
PROJECT LIFE CYCLE
- CONCEPT & SPECIFICATIONS
- ENGINEERING
- MANUFACTURE
- DEBUGGING & FINE-TUNING
- INSTALLATION & TRAINING
VIRTUAL REALITY
Create a new point of view
Virtual reality creates a digital world that accurately reflects the real one and in which users can get fully immersed by wearing a VR headset.
Concept design
We develop the initial design of a line or machine directly in a virtual environment, where all the features can be explored and modelled easily.
Rapid development time
Early ergonomic assessment
Interaction and collaboration
Design review
Navigating through virtual representations of machines, we can go through the design details with the customer and make the feedback process more straightforward.
Assessment of ergonomics, footprint, dimensions
Early detection of required changes
Interaction and collaboration
Staff training
Staff can start training in the use and maintenance of machines even before they are physically available, by interacting with their digital twins in a simulated environment.
Learning support
Improved customer experience
DIGITAL TWIN
Boost performance and accelerate time to market
A digital twin is a virtual model of a real counterpart, which is used to simulate and optimise performance without waiting for physical construction nor interfering with the real world.
Process digital twin
A process digital twin models a whole plant or a complete production line and enables a global assessment of logistics and performance ahead of time.
Detection of bottlenecks
Efficient use of resources
Analysis of different scenarios
Product digital twin
A product digital twin simulates and tests how a single mechatronic machine and its equipment will perform in real-world conditions.
Early detection of errors and improvements
Early validation of machines
Offline software debugging
AUGMENTED REALITY
Enhance access to information
Augmented reality overlays digital content, which can be viewed with an AR headset or smart device, onto the physical space.
Product preview
We can virtually place the 3D model of a machine on any surface or in the area where it will be installed.
Assessment of footprint and logistics
Evaluation of interaction and interference with other equipment
Document management
Augmented reality makes it easy for operators to access technical documents and detailed operations and maintenance instructions.
Access to tailored information
Smooth knowledge transfer
INDUSTRIAL IOT
Gain valuable data
The industrial internet of things involves the networking of machines and devices so that they can exchange data in real time.
Gain valuable data
Using an IIoT application, it is possible to collect operating data and act on them to enhance efficiency.
Machine performance monitoring
Energy consumption monitoring
Improved efficiency