Improve the performance of your automated equipment.

The optimization of industrial controllers and robots is essential to improve productivity, adapt your processes to technical advancements, and ensure compliance with ever-evolving standards. CIM Atlantique supports you in updating and enhancing SIEMENS and SCHNEIDER controllers, as well as FANUC, STAUBLI, and YASKAWA robots, for optimized performance.

Optimisation des automates

Why optimize a controller or robot program?

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Adaptation to new production requirements.

The industrial world is constantly evolving, and your automated systems must be able to respond to these changes. The integration of software modifications becomes essential for:

  • Adding new functionalities,
  • Optimizing production parameters,
  • Integrating additional sensors and actuators.
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Improving performance and reducing cycle times.

Optimizing programs has a direct impact on reducing response times, minimizing machine downtime, and increasing production speed, all while maintaining consistent quality. This results in faster and more reliable production.

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Compliance and preventive maintenance.

Optimizing automation programs also allows for:
  • Complying with the latest safety and quality standards,
  • Reducing the risk of breakdowns through real-time monitoring,
  • Simplifying the management of predictive maintenance.

CIM ATLANTIQUE à votre écoute

Besoin de robots de contrôle par vision industrielle , de conseils, d’informations sur le montage et la maintenance industrielle de vos installations robotisées…

CIM Atlantique vous accompagne dans vos démarches de robotisations, visions, machines spéciales et cobotiques.

Optimization of SIEMENS & SCHNEIDER controllers.

Optimisation des automates

Expertise in SIEMENS controllers.

We work on all ranges of SIEMENS controllers, including:

  • S7-300, S7-400, S7-1200, S7-1500,
  • TIA Portal, Step7, WinCC.

Our interventions include optimizations such as:

  • Improvement of production cycles,
  • Optimization of variables and inputs/outputs,
  • Better communication between controllers and interfaces.
Automate Schneider

Expertise in SCHNEIDER controllers.

We offer optimization services for SCHNEIDER controllers, focusing on the following models:

  • Modicon M340, M580, TSX, Unity Pro, EcoStruxure.

The improvements include:

  • Optimization of PID control loops,
  • Improvement of human-machine interfaces (HMI),
  • Integration of new communication protocols.

Optimization of FANUC, STAUBLI, and YASKAWA robots.

Advanced programming of FANUC robots.

We are proficient in TP and KAREL programming languages for:

  • Trajectory optimization,
  • Reduction of cycle times,
  • Adaptation to new production constraints.
Update and configuration of STAUBLI robots.

Using the VAL3 programming language, we:

  • Optimize the precision of movements,
  • Reduce accelerations,
  • Integrate new tools and equipment for greater flexibility.
Optimization of YASKAWA robots.

Our interventions on YASKAWA robots include:

  • Configuration under Motoman,
  • The correction of trajectories and positions.
  • The adaptation of algorithms for improved performance.

FAQ

Optimization of industrial controllers and robots

Do you have any questions?

We have the answers.

Optimization helps increase productivity, reduce downtime, improve production quality, and ensure compliance with current standards.

  • Adapting your equipment to production developments.
  • Reducing costs by minimizing downtime and errors.
  • Improving the efficiency of manufacturing processes.
  • Ensuring better compliance with safety and quality standards.
  • Extending the lifespan of your equipment.

We optimize SIEMENS and SCHNEIDER controllers, as well as FANUC, STAUBLI, and YASKAWA robots. We have the expertise to work on various models and systems, including S7-300, S7-1500, Modicon M340, M580, and many others.

Robot optimization helps reduce cycle times, improve movement accuracy, minimize equipment wear, and adapt robots to new production needs. This results in better production rates and a reduction in maintenance and downtime costs.

The duration depends on the complexity of the program and the necessary improvements. A prior audit helps estimate the intervention time accurately.

We plan our interventions to minimize disruptions. If downtime is necessary, it is optimized to reduce its impact.