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DADISICK's CSB12 series ultrasonic sensors, with their compact 12mm design, are ideal for detecting liquid levels in containers, especially those with small openings. These sensors require no auxiliary devices and provide accurate measurements during the filling process, ensuring the liquid level is within the target range before sealing the container.

This article explores the principles and components of safety door switches, commonly used in industrial and commercial settings. It explains their operational mechanisms, including how they lock and unlock doors, and discusses their critical role in ensuring workplace safety through proper control systems and sensor modules.

Drive-thru services are convenient and efficient, but traditional detectors have their drawbacks. We recommend the 2D LiDAR, which offers high-precision distance measurement and real-time vehicle detection, reducing wait times and providing data support for service optimization.

Safety edges are pressure-sensitive devices used in industrial automation to detect impact and trigger safety measures. Safety edge application includes machinery, conveyor belts, robots, and doors to prevent accidents. Proper installation, adherence to safety standards, and regular maintenance are crucial for optimal protection.

The working principle of the vehicle separation light curtain is to realize the synchronous scanning of the vehicle through the linear arrangement of infrared light emission and reception, convert the optical signal into an electrical signal, and comprehensively detect the vehicle data. The vehicle separation light curtains at the entrances and exits of highway toll stations can ensure the safety of vehicles passing through at high speeds and the effectiveness of the system.

The principle and application of using ultrasonic technology in robot vacuum cleaner to identify carpets are similar to A-ultrasound diagnosis, which judges the floor material through echoes. Compared to AI target detection, ultrasonic technology is not limited by conditions such as lighting and color.

Safety light curtains are photoelectric sensors comprising multiple infrared transmitters and receivers, typically installed around industrial equipment like hydraulic presses. These systems continuously emit infrared beams to create a "light grid" around the working area. If an object or person enters this protected area, the light grid is disrupted, and the system instantly sends a signal to halt the hydraulic press, preventing accidents.

DADISICK's GFL-Z Series laser displacement sensors utilize angle measurement principles, providing reliable and highly accurate measurements at close distances (up to 600 mm). Regardless of surface color, shape, roughness, or texture, the triangulation sensors deliver stable measurement values. In the process of cutting spiral welded steel pipes with laser pipe cutting machines, these sensors can serve as auxiliary equipment, ensuring efficiency, accuracy, and safety in the cutting process.

The safety edge is an indispensable safety device in the logistics and packaging industry, providing efficient protection and immediate response to guarantee the safety of personnel and equipment, and promoting the sustainable development of the industry.

This guide provides detailed installation requirements and precautions for DADISICK's OX-D2/D3 security door locks. It highlights key safety measures, including proper positioning of operation keys and stop elements, ensuring reliable performance, and preventing potential injury or equipment damage during use.

In the printing industry, ultrasonic double-sheet sensors have become essential for ensuring accurate and efficient paper transport due to their unique penetration and reflection properties. Particularly, DADISICK's CSDA series ultrasonic double-sheet sensors, with their high precision and stability, effectively prevent multiple sheets from entering the printing press simultaneously, thus avoiding waste and damage.

This article explores the application of safety mats in industrial robots. Safety mats are crucial for detecting pressure changes and triggering safety mechanisms when personnel enter hazardous areas. They effectively enhance workplace safety by halting robot operations promptly. Ideal for automation, manufacturing, and automotive industries, the safety mats help prevent accidents and ensure smooth production processes.

This article highlights the importance of emergency switches for safety door locks in industrial settings, detailing their role in ensuring personnel safety. It also introduces DADISICK's supplementary accessories designed to improve ease of use, efficiency, and overall safety in emergency situations.

The DADISICK's 2D TOF Safety Laser Scanners can monitor based on user-predefined alarm zones. When the lidar detects an object entering the alarm zone, it immediately outputs an alarm signal. The system using the radar receives and processes the signal, thereby achieving obstacle forklift collision avoidance.

Safety light curtain is a photoelectric sensing device used for machine protection and personnel safety. Through the reasonable application of safety light curtains, the asynchronous die-cutting process in the optoelectronic materials industry can not only effectively ensure the safety of operators, but also improve the automation and safety of the entire production process, reduce downtime and improve production efficiency.

This article covers the importance of safety switches in automated production lines, highlighting DADISICK's OX-W2 series safety switches, key selection factors, and installation tips, ensuring optimal safety, versatility, and integration with access control systems.

A DADISICK laser displacement sensor is used to detect the height of liquid resin in a 3D printer, providing real-time output of liquid level data. Combined with a control system, it can automatically detect the height difference and perform differential compensation to maintain a constant liquid level in the resin tank.

A safety edge, is a band-shaped pressure-sensitive switch made of rubber. It is usually composed of soft, flexible materials, which allows it to adapt to various installation environments. The primary function of a safety edge is to prevent automated equipment (such as industrial robots, AGV trolleys, machine tool workbenches, and electric doors) from causing harm to operators or other objects during operation.

DADISICK's blog examines the strategic combination of safety relays and safety switches. This integration enhances industrial safety by effectively monitoring and controlling machinery. The blog highlights how this combination reduces accidents and ensures compliance with safety standards across various industries. Discover how DADISICK's innovative safety solutions can improve your workplace safety.

In conveyor belt systems, DADISICK's QBT series light curtains are crucial. Horizontally installed on both sides of the belt, they detect passing products and signal the control system to adjust robot positions or manage machines, ensuring smooth, safe production. Additionally, QT series safety light curtains, installed vertically at belt entry and exit points, form a safety barrier. These solutions enhance automation and operator safety, making them essential in modern production lines.

Industrial printing environments require robust safety measures, and safety interlock switches are pivotal in this regard. DADISICK's blog underlines their role in accident prevention and safety enhancement. Locking switches prevent unauthorized access to dangerous machine areas, reducing risks and ensuring compliance with safety regulations. Discover how DADISICK's safety door switches can significantly improve safety in industrial printing settings.

In the lifting system of a crane, ensuring synchronous precision between components is crucial for maintaining equipment stability, improving operational efficiency, and ensuring operational safety. Laser distance sensors, with their high precision, non-contact measurement, and strong environmental adaptability, are widely used for measuring key parameters of cranes. The following introduces how to use laser distance sensors to measure the crane span.