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In the process of automated metal stamping, ensuring the safe operation of robotic arms requires combining traditional safety measures with additional safety light curtains. Robotic technology offers flexible and tireless operation in many tasks that are dangerous for humans. Safety light curtains play a crucial role in defining and protecting the boundaries or perimeters between robotic work units and other areas of the factory.

DADISICK's measuring light curtains are widely used in various fields such as logistics separation, shape dimension detection, hole detection, and spraying. The QL series measuring light curtains adopt the standard MODBUS protocol (supporting RS485 or RS232 communication functions) to communicate with the host computer, featuring high precision and high performance. They can also be customized according to customer needs.

DADISICK's QCE series safety light curtain offers a variety of beam spacing options, including 10 mm, 20 mm, 30 mm, 40 mm, 80 mm, and 200 mm, with a detection range from 0.3 meters to 6 meters. This light curtain is flexible enough to meet different protection needs, including finger protection, hand protection, and body protection. It has been widely used in mechanical manufacturing, automated production lines, and all hazardous work environments that require a high level of safety protection.

The GFL-G Series and GFL-Z Series high-precision laser distance displacement sensors introduced by DADISICK have a resolution that can reach up to the micron level, with the highest resolution being 2 μm. They are suitable for measuring displacement, flatness, height, and thickness.
#distance sensor #p2228 #dl100 #lazer measure #laser measuring #laser profiler #laser measurement

With the continuous improvement of machine and equipment automation levels, the demand for safety protection solutions has become increasingly stringent. Traditional measures such as shielding have approached their limits of effectiveness in practical applications. To address this, DADISCIK has introduced innovative safety solutions aimed at achieving seamless safety protection, efficient material flow, and high equipment availability.
#s300 laser scanner #s3000 #radar sensor

The safety mat is a pressure-sensitive device that detects changes in pressure when a person or object stands on, steps on, or walks over it. This pressure change triggers a safety signal to stop machine operation or issue an alarm. As a safety device, the safety mat protects individuals from harm caused by hazardous machinery or equipment, making it an essential component of industrial safety systems.
#UMA Series #ASK-1T safety mat #ask safety #bircher safety mats

The punching machine and laser cutting machine are both important equipment in industrial production, but their operation involves certain safety risks. To fully ensure the safety of employees, the innovative technology of "safety light curtains" has been widely introduced in modern industrial production.

Ultrasonic sensors exhibit excellent performance in non-contact positioning and distance measurement applications. They are unaffected by color and shape, and are not limited by the material of the target being measured. As a result, they have been widely used in industrial automation scenarios.

The feed entry points on printing and paper processing machines are critical areas in the operation process and are also hotspots for potential hazards.

By converting from the laser into electrical signals. determine various characteristics,distance, displacement, or position.

LiDAR sensor products include obstacle avoidance type, navigation type and integrated navigation and obstacle avoidance type; they have the advantages of high measurement accuracy, fast scanning speed, strong anti-interference ability, small size, light weight and high reliability.

This article introduces Laser Scanning Radar Sensor's principles, technical features, and its AGV applications like precise positioning, path planning, and obstacle avoidance. This article highlights lidar's role in enhancing safety in factory operations and reducing accidents. It also discusses lidar's application in robotics for autonomous navigation and environmental perception.