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Industrial automation for mechanical engineering and materials processing

Your part

we recognise it even when it lies randomly in a bin, then measure it, inspect it and handle it with the same accuracy you produce it with: we integrate 3D vision-guided robots and advanced sensors to ensure efficiency, precision and consistent quality, with vision and measuring systems custom-designed for new or existing lines.

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Vision · Robotics · Automation

How we help you

  • Custom automation

    Automated lines that optimise every stage of the process, adapting to product variability, reducing downtime and improving efficiency. Dedicated solutions for the autonomous handling of crates, baskets, trolleys and pallets.

  • Quality with machine vision

    Real-time inspection of shape, colour, size and integrity to detect defects and non-conformities with high precision, even on reflective, layered or transparent materials.

  • Flexible robotics

    Handling of fragile or flexible, small or large parts, assembly and testing: fast, adaptable robots with micrometre-precision measurement for components with critical geometries.

Applications in mechanical engineering

Every system starts from the customer's product and process: here are some of the applications we build most often in this industry.

  • Bin picking

    Robotic picking of randomly piled parts from bins and baskets: 3D vision recognises the position and orientation of each part and guides the robot's grip, with no vibratory feeders or dedicated loaders.

  • Measurement and testing

    Dimensional measurement with micrometre precision and in-line testing of components with critical geometries.

  • Machine tending

    Robotic loading and unloading of machining centres, lathes and presses, with vision-based part recognition and orientation.

  • Sheet metal and fabrication

    Handling of sheet metal and welded parts, shape and dimensional inspection even on reflective surfaces.

  • Unit assembly

    Assembly and testing of units and sub-assemblies, with presence and position checks for every component.

  • Intralogistics

    Autonomous handling of crates, baskets, trolleys and pallets between departments and the warehouse.

From our lines

Some of the systems we have designed and built in mechanical engineering.

Reference regulations and standards

We design and build our systems in line with safety regulations and industry standards, to support your certifications and audits.

  • ISO 10218 – robot safety
  • ISO/TS 15066 – collaborative robots
  • ISO 13849 – functional safety
  • Machinery Regulation (EU) 2023/1230 and CE marking

How we work

From the first visit to your plant to support after start-up: six phases in which every solution is designed, verified and built together with you.

  1. 01

    Needs analysis

    We start from your production goals, critical issues and workflows, with plant visits and analysis of the available data.

  2. 02

    Feasibility and concept

    We assess feasibility and define an automation concept tailored to your technical and operational requirements.

  3. 03

    Simulation and validation

    Using 3D and CAD models, we simulate and validate every solution together with you before moving on to construction.

  4. 04

    Design and construction

    We design and assemble the lines, integrating robotics and vision; the software is developed in-house, tailored to you.

  5. 05

    Installation and integration

    We install the system and connect it to your ERP and MES, integrating it with your existing processes and machines.

  6. 06

    Training and support

    We train your staff, provide the documentation and stay at your side over time with support and optimisation.

Do you have a project in mechanical engineering?

Tell us about your product and your process: we will assess feasibility together, with no obligation.

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