Process Engineering

Pulse Mobility Lab provides advanced industrial process engineering solutions, integrating the design and construction of special-purpose machines, the digitalisation of production processes and robotic automation to increase the efficiency, safety and performance of industrial operations.

We develop tailor-made technological solutions, supporting every phase of the project — from design and engineering through to implementation, commissioning and functional validation in an industrial environment. Our multidisciplinary teams combine expertise in mechanical engineering, electronics, automation and industrial digitalisation, ensuring an integrated approach to the development of production solutions.

Through the application of advanced simulation tools, digital twins and offline programming, manufacturing processes can be validated before their physical implementation, reducing development times, investment costs and operational risks.

With a strong focus on innovation and continuous improvement, we support industry in the development and optimisation of more efficient, flexible and digitalised production lines, aligned with the challenges of the mobility industry and industrial transformation.

  • Customised Industrial Machine Engineering

     

    We develop tailor-made industrial machines and special-purpose equipment in accordance with the client’s technical specifications, from design through to functional validation.

     

    Capabilities:

    • Customised design: Engineering of industrial machines and special-purpose equipment adapted to each client’s specific needs
    • Systems development: Mechanical, electrical and control systems, including 3D design, component selection and manufacturing supervision
    • Assembly and commissioning: Assembly, start-up and functional validation to ensure compliance with operational, safety and performance requirements
    • End-to-end support: From initial design through to final delivery and post-implementation support

  • Process Optimisation through Simulation and Digital Twin

     

    We implement digitalisation solutions to optimise production processes, reduce cycle times and improve resource allocation through simulation and virtual validation.

     

    Capabilities:

    • Manufacturing process simulation: Development of digital twins to optimise layouts, cycle times and resource allocation
    • Analysis and continuous improvement: Identification and implementation of process improvements based on data analysis and virtual validation
    • Offline programming: Virtual programming and implementation of production systems to reduce commissioning times and industrial risks
    • Prior validation: Virtual testing before physical implementation, minimising errors and operational costs

  • Robotic Automation and Workflow Optimisation

     

    We develop robotic automation solutions to increase the efficiency, precision and safety of production processes, from simulation through to implementation.

     

    Capabilities:

    • Robotic process simulation: Modelling and simulation of robotic processes and workflows for prior validation
    • Production cell design: Design of production resources and robotic cells, including robot programming, automation and electromechanical and electronic design
    • Programming and integration: Robot programming, integration of automation and control systems
    • Workflow optimisation: Analysis and optimisation of workflows to maximise efficiency and productivity