Blog

Ensure workplace safety with proper installation and maintenance of pressure-sensitive safety mats. Learn best practices and discover how Dadisick's industrial safety mats protect your workforce and meet compliance standards.

Learn how industrial safety mats improve safety and comfort in manufacturing, healthcare, food processing, automotive, and construction settings. Find out their key benefits and tips for selecting the perfect mat for your industry.

Discover how to select the ideal industrial safety mat for your facility. Learn about types, key factors, installation, and compliance with Dadisick's guide.

Discover high-quality industrial safety mats from DADISICK. Our pressure-sensitive safety floor mats offer high trigger sensitivity, flexible laying area, durability, and fail-safe design. Perfect for machine operation control, automated assembly line guarding, and robot area guarding. Explore our customized solutions and superior quality products to enhance industrial safety.

Discover Dadisick's advanced safety relays for industrial automation. Our safety relay systems ensure machine safety and personnel protection with features like dual-channel redundancy. Learn how Dadisick's safety relay applications meet global safety standards and prevent accidents in manufacturing processes.

Discover Dadisick's Ultimate Guide to choosing the right safety relay for your industrial applications. Learn about key selection steps, safety standards like ISO 13849-1 & IEC 62061, and explore our range of safety relays tailored for high-safety monitoring. Enhance personnel and equipment protection with Dadisick's certified safety relays.

Discover the leading global Measuring Light Curtain manufacturers and their high-performance products. This buyer’s guide covers key features (high-resolution detection, fast response, robust design), compares top brands (Banner, Leuze, ReeR, etc.), Learn how to choose the right industrial measuring light curtain for your needs.

Discover how safety interlock switches work to protect personnel and equipment in industrial settings. Learn about different types, their applications, and how our premium solutions enhance safety and compliance.

Discover how safety relays enhance industrial safety with dual-channel redundancy, fault detection, and fail-safe designs. Learn their core functions, working principles, and applications across automated production lines, emergency stop systems, safety door monitoring, and light curtain protection. Explore Dadisick's high-quality safety relays for reliable workplace protection.

Solve safety light curtain problems with our expert guide. Learn to fix power issues, cable connections, beam obstructions, and more to ensure workplace safety.

Discover the importance of Safety Relay Wiring Diagrams in industrial automation. Learn about safety relay principles, wiring methods, and applications. Explore DADISICK's advanced safety relay solutions designed for reliability and compliance with safety standards.

Ensure Type 4 Safety Light Curtain Reliability: Step-by-step maintenance for beam alignment, EMI shielding, occlusion testing & ISO 13849 compliance on presses/injection molders. Prevent downtime with calibration protocols.

DADISICK industrial safety mats, made from high-strength PVC and nitrile rubber, feature crush-proof, leak-proof, and chemical-resistant properties with built-in high-precision pressure sensors, suitable for automation, automotive manufacturing, chemical industries, and more.

This article delves into the crucial role of safety light curtains in industrial automation, emphasizing correct installation and usage precautions. It covers key preparations like safety distance calculation and environmental assessment, installation and positioning, wiring procedures, and alignment of components. Discover expert insights and techniques to optimize safety light curtain performance, ensuring robust industrial automation safety.

This article outlines how to select the security level of industrial light curtains based on risk assessment. It covers evaluating equipment type, application scenario, moving parts, operator behavior, and environmental factors. It advises choosing type 4 for high-risk equipment and type 2 for general risks. Also, it stresses the importance of environmental compatibility when selecting safety light curtain accessories.

This article explores key parameters of safety light curtains, including resolution, safety level, detection height, and response time. It highlights the importance of selecting the right safety light curtain based on environmental adaptability and core certifications to ensure robust industrial safety.

This article outlines TUV certification requirements for industrial interlock safety switches, covering mechanical strength, electrical safety, functional reliability and environmental adaptability. Meeting these ensures safe, stable operation in complex industrial settings.

Troubleshoot and fix safety edge sensors with our step-by-step installation guide, and discover seamless compatibility with other brands using DADISICK solutions.

Industrial safety switch interlocks require region-specific certification. This article describes the certification and technical requirements for industrial safety door switch in the EU, the US, and Canada. All regions require products with high reliability, emergency unlocking functions, and compatibility with safety systems such as PLCs.

This article provides a practical guide to wiring and testing an ultrasonic sensor with switch output. Using the CSB30 Series as an example, we demonstrate how to configure detection distances within the sensor’s range using basic setup methods.

A safety mat is a presence-sensing safety device (PSSD) containing internal pressure switches. When a person steps onto the mat, these switches close; when the person leaves, the switches open, thereby generating an on-off signal that is sent to a safety relay. Together, the safety mat and the safety relay form part of a safety system designed to detect presence in a hazardous area.

This article provides an in-depth explanation of the working principles, applications, and selection tips for contact displacement sensors, helping customers easily choose the right measurement solution for their needs.