SICK TLOC100-100 LiDAR-LOC Positioning System | High-Speed Laser Localization Solution for Industrial Automation

The SICK TLOC100-100 LiDAR-LOC Positioning System is a high-speed laser localization solution engineered for demanding industrial automation environments. Built on SICK's proven LiDAR expertise, this system delivers precise, real-time position data that enables automated guided vehicles (AGVs), mobile robots, and automated machinery to navigate and operate with exceptional accuracy.

As manufacturing and logistics operations move toward higher levels of autonomy, reliable localization has become a critical requirement. The TLOC100-100 provides a dependable positioning foundation that allows automated equipment to understand its location, coordinate movements, and complete tasks with consistent precision — even in dynamic industrial settings.

• High-speed laser localization for real-time position tracking
• Reliable performance in demanding industrial environments
• Compact, robust design suitable for integration into mobile platforms and automated systems
• Supports accurate navigation and coordination for AGVs and automated machinery
• Engineered by SICK for long-term industrial durability and consistent operation
• Seamless integration with intelligent automation and control platforms

The SICK TLOC100-100 is designed to support a wide range of industrial applications where precise localization is essential:

• Automated guided vehicles (AGVs) and autonomous mobile robots (AMRs)
• Automated assembly and production line positioning
• Material transportation and logistics automation
• Inspection systems requiring accurate spatial awareness
• Production line monitoring and workflow coordination
• Smart factory and connected manufacturing environments

In automated manufacturing, every process depends on accurate information. The TLOC100-100 delivers dependable localization data that helps machines make better decisions and reduces the risk of workflow interruptions. By enabling automation systems to react effectively to changes during production, it supports continuous, stable operation.

By replacing manual observation with automated localization, manufacturers can improve consistency and reduce the possibility of human-related errors. The TLOC100-100 helps create more efficient production environments where machines perform repetitive tasks with greater reliability and precision.

With the development of smart factories and connected manufacturing, localization systems have become essential components in digital transformation strategies. The data collected by the TLOC100-100 allows industrial systems to improve coordination, enhance monitoring capabilities, and optimize production procedures — providing a dependable link between physical equipment and intelligent automation platforms.

SICK has built a strong reputation for developing high-quality industrial sensor and localization solutions that address real-world automation challenges. The TLOC100-100 reflects this commitment by focusing on reliable performance, practical usability, and application flexibility. It is designed to support businesses that need stable localization technology for long-term industrial operation.

For machine builders and automation professionals, choosing the right localization component is essential for creating efficient and dependable systems. The SICK TLOC100-100 offers a valuable solution for improving machine awareness and supporting automated processes. Its ability to provide reliable position data makes it an effective choice for applications requiring accurate monitoring and intelligent control.