Digital-based Robotic Inspection
More than a solution.
A "digital mockup based" revolution
The Digital-based Robotic Inspection software suite makes the most out of the industrial digital mockup, via direct connection to information systems, to allow next generation robotic inspections. Integrable into various robotic platforms and various sensors, it allows fully automated and highly robust robotic controls. All without programming or complex manipulations.
Digital-based Robotized Inspection
Fully automated robotic inspections
Trajectory planning
- Automatic choice of observation points according to the elements to be controlled
- Optimized simulation and planning of robot paths avoiding collisions
Analysis and arbitration
- Application of algorithmic operators based on the digital mockup using image (2D), digitization (3D) and CAD
- Application of control operators based on learning (reference images, machine learning, deep learning ...)
- Detection and characterization of nonconformities
Controlling and supervising
- Supervision of the progress of the control range
- Automatic control of the robot, of all elements of the cell (racks, sensors ...) and of capture phases
- Interaction with the supervision unit
Alerts and Reporting
- Issuing alerts for intervention and corrective action
- Generation of reports according to specific business rules
Digital-based Robotic Inspection
Always the best suited control
Leaning on a generic software suite integrating cutting-edge technologies, Digital-based Robotic Inspection adapts without specific development to various control sensors - 2D, 3D, multi-spectral, etc. - and various robots - cell, cobot, mobile, etc. It automatically detects a wide variety of defects using various methods.
Geometric controls
Screw length
Presence / absence of pieces
Positioning of supports
Interference
Inversions
...
Colorimetric controls
Object detection (e.g. flame)
Presence / absence of objects (washers, plugs...)
Marks
Painting areas
...
Recognition - reading
Texts (OCR)
Serial numbers
Nameplates
Datamatrix
Bar codes
Symbols, marks
...
Comparative analysis
Comparison by image recognition
Learning based on reference data
Machine learning
Deep learning
Image correlation
...
Digital-based Robotized Inspection
Optimized robot-human collaboration
Designed for effective operational complementarity, Digital-based Robotic Inspection optimizes robot-human collaboration in industrial contexts.
Communication during operations
Digital-based Robotic Inspection immediately detects any anomaly based on the digital mockup (or compared to a reference base if there is no CAD) and therefore issues an alert to the users concerned (operators, production managers, controllers) for intervention / corrective action.
Interactive automated controls
The robotic control ranges created and planned by Digital-based Robotic Inspection can also be directly used for interactive automated controls by operators / controllers.
Customized control reports
Digital-based Robotic Inspection automatically generates customized control reports that are immediately accessible to users for analysis.
Digital-based Robotic Inspection
Numerous advantages
Time saving
Time for the preparation, maintenance and evolution of the control ranges minimized
Agility
Reliability
Efficiency
Traceability
Customizable control reports generated automatically
Cost saving
Low programming, maintenance and evolution costs
Offered in this suite
Plugin
DiotaConnect
DiotaConnect
integrates into industrial IT systems to allow direct and bilateral data transfers between existing software (PLM, CAD, CRM, MES, ERP, etc.) and DiotaPlayer
Software
DiotaPlan
DiotaPlan is a simulation and automatic robot trajectory planning software that optimizes the automatic choice of observation points according to the pieces to be controlled and the sequencing of trajectories without collision.
Module
DiotaController
Software tool dedicated to the execution of the control ranges, DiotaController carries out the supervision of the ranges as well as the automatic control of the robot, of the elements of the cell, and of the phases of capture.
Software
DiotaInspect
As a collection of algorithmic operators, DiotaInspect combines a set of automatic control features to detect and characterize nonconformities.
Hardware
DiotaSensor ONE
DiotaSensor ONE is a standalone control sensor specifically designed to offer great flexibility and control capability. Composed of several fields of perception, it allows several functionalities.
Hardware
DiotaSensor FLEX
DiotaSensor FLEX is a sensor designed to allow fully customized configurations developed by our teams to address specific needs that cannot be perfectly addressed by existing sensors.
Speak to a representative
Contact
Paris : +33 185 41 15 15
Stuttgart : +49 71 419 909 474
France
91370 Verrières-le-Buisson
France
Germany
71636 Ludwigsburg
Germany