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Optoelectronic safety curtains consist of a transmitter and a receiver placed on opposite sides of the protected zone. The transmitter emits parallel light beams that reach the receiver. If any of these beams is interrupted (e.g. by the operator's hand or another object), the control system immediately deactivates the machine, preventing an accident.
Light-reflecting mirrors allow light beams to be directed in a different direction, which allows them to be used to monitor larger areas without the need to install additional elements. They can be used to:
• Reduce the number of devices – instead of installing several transmitters and receivers, mirrors can be used to change the direction of the beams and create a shield over a larger area.
• Reduce installation costs – fewer elements mean lower purchase costs and simplified installation and maintenance.
• Increase the flexibility of the system – mirrors allow the curtains to be adapted to different shapes of machines and production lines.
Such solutions are used in various industries, including:
• In production automation – securing workstations against unauthorized access.
• In industrial robotics – protecting operators against the movement of robot arms.
• In the automotive industry – securing assembly lines and hydraulic presses.
• In food processing – monitoring the safe operation of packaging and transport equipment.
Light-reflecting mirrors combined with optoelectronic safety curtains are an intelligent solution that allows for increased efficiency and reduced costs of workplace protection. Their use enables more flexible design of safety systems and their adaptation to the individual needs of production plants. The use of this technology significantly increases the level of employee protection and streamlines production processes.
The curtains that are best suited for use with mirrors are the M-QA series: https://morkom-tech.com/en/14-curtains-30mm40mm80mm-body-protect