Safety Light Curtains

Safety light curtains play a critical role in machine safeguarding across modern manufacturing. This article introduces the top 10 global safety light curtain manufacturers, comparing their company background, technical strengths, and typical application scenarios. It also explains how users can evaluate suitable solutions based on real industrial needs, including a practical overview of DADISICK safety light curtain solutions.

This article explains the most important professional terms used in safety light curtains, including beam pitch, resolution, protective height, safety distance calculation, and fail-safe logic. A practical guide for engineers, machine builders, and safety managers using industrial safety light curtains.

Learn why normally closed circuits are essential for safety light curtains, ensuring fail-safe operation and compliance with industrial safety standards.

Learn how to calculate safety distance for safety light curtains according to ISO 13855. This article explains the safety distance formula, key parameters, and a practical calculation example to support compliant and effective machine safety design.

Detailed installation guide for safety light curtains: determine PLr, calculate safety distance, align and wire OSSD outputs, validate response time, and maintain reliability.

Incorrect wiring of a safety light curtain can not only cause it to malfunction but also create serious safety risks. This article, combined with detailed wiring diagrams, explains the wiring methods for the emitter and receiver, the differences between NPN and PNP output logic, normally open and normally closed circuits, common wiring issues, and practical application cases — helping you gain a comprehensive understanding of safety light curtain wiring.

This page will explain what muting means, how it works, what components are involved, practical design considerations, and safety rules you must follow.

Discover the differences between optical and wiresynchronization in safety light curtains. Learn principles, pros and cons, applications, and how to select the right type.

Enhance safety in laser cutting operations with the DADISICK QSA Series Safety Light Barrier. Ensure fast response, intelligent detection, and multi-sided protection to prevent workplace accidents while maintaining efficiency.

This article thoroughly explains the working principle of safety light curtain sensors in industrial automation, the common faults they may encounter, and the troubleshooting methods. It also provides daily maintenance tips to help users quickly identify issues and extend equipment life.

QM Series High-Precision Safety Light Curtains, Primarily Used for Detecting Object Dimensions, Hole Detection, and More

By selecting the Front Ultra-thin Safety Light Curtain QZ Series, the enterprise successfully solved the challenge of installing safety light curtains in a space-constrained production line.

The Safegate SMO 303 Type 4 safety light curtain is certified to EN 61496, EN 61508 (SIL 3), EN 62061 (SILCL 3), and EN ISO 13849-1 (PL e - Cat. 4), making it ideal for ensuring safety in high-risk industrial environments.

For irregular protection zones, detailed object detection, or large-area protection, the safety laser scanner is the better choice. On the other hand, for simple flat-plane protection with high response speed requirements and a limited budget, the safety light curtain is the ideal solution.