About us

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Robotic-Computer Vision-Process Automation-Test End

• Development of motion control systems for industrial automation applications:

  • Cartesian

  • Scara

  • Anthropomorphic

  • Parallel/Delta

  • Conveyor Tracking (with vision-guided)

• Automatic visual inspection for

  • Dimensional/geometrical conformity analysis

  • Assembly presence/absence 

  • Surface Inspection (Finishing, Scratch, Color, ..)

  • Functionally Test for LCD or LED Display (Intensity, Color, ...)

  • OCR / OCV, barcode, matrix to label compliance

• Automatic test benches

  • Functional test of electronic cards with simulation of loads (analog / digital test / counter / True RMS / Ripple / switching times ...)

  • Test benches for assembled components with functional tests of

    • Force

    • Power

    • Couple

    • Pressure

    • Flow

    • Linear / angular velocity

• Process Diagnostics and Remote Diagnostics via the Internet / Gsm / Gprs / Umts.

• Robot analysis with not-stiffness wrists for deburring operations.

• Analysis of parallel high-speed robots (20 m / s) for ultra-fast assemblies.

• Parallel robot manipulation with collaborative manipulation (relative motion relative speed of 100 km / h) for ultra-fast assemblies.

• Scheduling trajectories for autonomous vehicles with laser-DGPS-odometry-inertial guidance.

• Adaptive control of continuous bending systems with variable bending radius.

• Automatic report from production gathering data.

• Modeling and checking of injection moulding processes by measuring inside the mould and closing the feedback with such measurements.

• Integration of wireless sensors.

• PLC programming: Omron, Hitachi, Beckoff.

• Robot Programming,: Denso, Comau, Adept, Universal Robot.

• Analysis of oleodynamic or oleo-pneumatic lifting systems.

• Standard and long-range RFID systems with powerless tag reading up to 10 m.

XRay and CBCT (Cone Beam CT) Tomography

• Full design of 2D / 3D / Fluoroscopy XRay Image Acquisition Systems

• Cone Beam Tomographic 3D Reconstruction (FBP, BPF, Iterative)

• Full development of 2D / 3D Viewer (MPR/MIP/Volume rendering)

• Managing and optimizing images in standard Dicom 3.0

• Image Processing / Enhancing, Artifact Reduction for 2D / 3D images

• Development of algorithms for automatic measurements by CBCT Scan (dimensional analysis, porosity, scrap / crack checking, cluster, bubbles)

• Full design of custom systems for in-line Tomographic applications

• Integration of robotic and 3D-imaging for virtual/real positioning of medical devices 

Logistics with mobile robots

• Designing fleets of mobile robots in not-structured environments

• Middleware software development between ERP systems and robot fleet

• Web-based multiplatform data management

CFD ( Computational Fluid Dynamic) analysis

• Analysis in closed and open domains.

• Fluid dynamics analysis in porous media.

• Free-surface fluid-dynamic analysis with immiscible fluids.

• Fluid dynamics analysis with diffusion issues of contaminants (miscible fluids).

• Analysis of heat-conduction issues (conduction-convection-radiation , fluid + solid + thermal radiation).

• Analysis of phase change processes.

• Analysis of cyclone and impact separation systems.

• Fluid analysis with non-Newtonian rheology (cast polymers, molten glass, etc.).

• Electrical field analysis within galvanic baths.

• Parallelization of processes for large-scale problems with GRID computing techniques.

• Creation of computing clusters based on multiprocessor nodes and fiber-optic network.

• Gas-dynamic analysis of shock waves production.

• Media filtration: fluid dynamics analysis.

• Optimization of geometry using multi-objective optimization techniques based on the concept of "Evolutionary Computation" with integration and automation of solid modeling phases - CFD solution - remeshing.

Static and dynamic FEM structural analysis

• Tension analysis in true 3D objects.

• Modal analysis and frequency determination and vibration modes.

• Non-linear analysis.

• Non-linear analysis of large deformations of rope-like systems.

Unconventional modeling

• Dynamics of granular systems (over 100,000 particles).

• Methods of meshfree SPH (Smooth Particle Hydrodynamics).

• Custom models for the study of rigid motion interaction - fluid field.

• Development of computational codes optimized for the study of high-speed drilling problems in metal, glass, plastic by SPH approach.

Solid Modeling - Virtual Reality

• Convert into all solid formats.

• Customizing of existing products through scripts.

• Hyper-realistic virtual reality via mouse, joystick, cloche, external devices such as trim sensors and cameras.

• Realization of dynamic scenes with real-time motion and sound synchronization.

• Web3D, 3D application development via interactive and real-time web.

• Synthesis of sounds based on collision-induced-sound.

• Development of vehicle simulators with motion-image synchronization.

• Development of real-time dynamic simulator, dynamics models of non-holonomic vehicles with arbitrary wheel position with/without trailers.

• Reconstruction of 3D geometries from tomography images for biomedical applications (orthopedics, dentistry).

• Virtual environment-hand interaction with haptic gloves and real-time collision-detection (immersive virtual reality).

Real-time dynamic

• Development of optimized computing codes for real-time multi-body dynamics, vehicle wheel analysis, and in general for wheel system analysis.

• Development of optimized computing codes for dynamic multi-body real-time particle systems (analysis of collapses, landslides, granule shape motions).

• Development of customized collision-detection algorithms.

• Development of complete virtual mannequins for security issues tests.

Acoustics

• Theoretical-experimental analysis of acoustic resonances in cavities.

• Theoretical-experimental analysis of open-field radiation.

• Theoretical-experimental analysis of passive and active control systems of acoustic radiation in pipelines or open field