No two automation environments are the same, so their safety challenges are also different. That’s why SICK safety laser scanners and light curtains are designed to scale across industries, applications, and machine types.
From compact mobile platforms to high‑volume automotive manufacturing and space‑constrained robotic cells, SICK delivers reliable, high‑performance safeguarding with two proven scanner families: microScan3 and nanoScan3, and one powerful line of light curtains: The deTech Light Curtain.
SICK Safety for Small Mobile Robots: Ultra-compact safeguarding that fits even under pallets
As small AMRs become more common, fitting safety onto limited platforms can be challenging.
The nanoScan3, the world’s lowest‑profile safety laser scanner, enables robust safeguarding even where space is extremely limited. Its ultra‑compact design fits under pallets, while controller‑free operation with local I/O reduces system complexity. Built on proven microScan3 technology, it delivers reliable detection with a wide scanning angle and flexible field switching for dynamic mobile applications.
Learn More: Safety Solutions for Small Robots .PDF
SICK Safety for Automotive Manufacturing Operations: Multi-field protection that resists dust, sparks, and changing light
Automotive OEMs and suppliers rely heavily on automation, but their workers often operate close to robots, machines, and AGVs.
The microScan3 safety laser scanner protects personnel in these demanding environments using advanced safeHDDM® technology to prevent false trips caused by dust, sparks, mist, or changing light conditions. With a wide 275‑degree scan angle, multi‑field monitoring, and seamless EtherNet/IP or PROFINET integration, microScan3 supports both stationary and mobile safety across complex automotive operations.
Learn More: Safety Solutions for the Automotive Industry .PDF
SICK Safety for Stationary Robots: Maximum safety coverage in tight, collaborative work cells
Collaborative and cooperative robot applications demand safety that protects people without limiting productivity, especially in small work cells.
The nanoScan3 enables high‑performance safeguarding in space‑constrained stationary robot applications by offering multiple configurable protective fields, dynamic field switching based on robot motion, and reliable detection in harsh environments. Its compact footprint allows safety coverage where traditional scanners cannot fit.
Learn More: Safety Solutions for Stationary Robots .PDF
Complete Safety Coverage
Whether you’re designing AMRs, automotive lines, or robotic work cells, SICK safety laser scanners help you achieve:- Reliable personnel protection
- Reduced false trips and downtime
- Flexible multi‑field safety strategies
- Simplified installation and integration
