Keevitusautomaatika - Elister

Welding automation

Standard solutions may be efficient enough, but customised automation systems take work process management and safety to a new level, while increasing productivity and energy efficiency.

The benefits of automation:

  • Intelligent start-up and shutdown functions: The system can detect when a welding operation starts or stops and start or stop as required, thereby reducing the impact of human factors and potential errors.
  • Adjusted extraction capacity: The automation allows the volume of the exhaust to be adjusted in real time, depending on the number of active workstations, ensuring optimal energy use and maximum filtration efficiency.
  • Process optimisation: Automatically controlled systems can analyse and dynamically adapt operating conditions, ensuring better control of processes and lower operating costs.

Customized automation options:

  • Tracking jobs: The system can be configured to monitor workplace activity, allowing proactive management of filter usage and pickup rate.
  • Energy-saving operation: Automation can optimise the system's operation according to actual needs, reducing unnecessary energy consumption.
  • Monitoring and notifications: It is possible to add functions to monitor the status of the system and to inform about the need for maintenance, thereby increasing the reliability and longevity of the system.

Integrating automation into your workplace signage systems not only ensures better productivity and lower operating costs, but also contributes to a safer and healthier working environment.

Areas concerned

Folding door jam HMO24

With the electrically controlled HMO24 valve drive, it is possible to build up welding systems in such a way that individual workstations or areas can be controlled in terms of lifting. This allows for the use of filters with reduced air exchange when building welding systems and creates an energy efficient system.

See product

"Smart" starter plugs

Smart start-up sockets are able to control the start-up and shut-down process of fans and dampers at the welding point, avoiding situations where the welding ventilation is running idle or at full power when much less would be sufficient.

See product