SR-1 Safety System

Modern Safety for Modern Automation

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SR-1 is a 3D safety system built for shared-space automation. It detects people in real time and drives predictable safety behavior for industrial robots and fixed automation—without relying on fences or oversized restricted zones.

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What SR-1 is

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SR-1 is a safety-rated sensing and control system that uses redundant 3D sensing and software-defined zones to monitor the active workspace around robots. It’s designed to integrate into standard safety architectures and enforce defined behaviors—reduced speed or stop—based on your risk assessment.

 

Who it’s for

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SR-1 is built for teams deploying modern, flexible automation:

• System integrators delivering repeatable, auditable safety designs

• Robot OEMs supporting collaborative and shared-space applications

• EHS and safety engineers who need predictable behavior and clear validation scope

• Plant operations and manufacturing engineering teams focused on uptime and access

 

The problem SR-1 solves

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Legacy safety assumes static cells and fixed access. Modern operations do not. Frequent changeovers, mixed traffic, and shared work areas expose the limits of 2D-only approaches and hard guarding. SR-1 supports safety designs that match how cells actually operate—people and robots working in the same space, with controlled access and consistent behavior.

 

How SR-1 works

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SR-1 uses redundant 3D sensing to model the active workspace and detect people in real time. You define safety zones and behaviors based on your risk assessment. When a person enters a defined zone, SR-1 drives the required safety outputs to reduce speed or stop the robot in a predictable, repeatable way.

 

Key capabilities

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• Designed to PLd, Category 3 safety architecture

• UL certification targeted for early February

• Redundant 3D coverage built to handle occlusions and real-world layouts

• Software-defined zones aligned to tasks, access, and operating modes

• Predictable safety outputs for integration with standard safety controllers

• Diagnostics and event visibility to support commissioning and ongoing operation

 

Standards and compliance posture

 

SR-1 is engineered around standards-based safety design. Safety function scope, system boundaries, and validation artifacts are defined as part of deployment so integrators and end users can document and defend the design through audits, changes, and expansions.

 

Common applications

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• Shared-space robot cells with frequent operator access

• Flexible automation where layouts and tooling change

• Cells transitioning from fenced to collaborative operation

• Environments where nuisance stops and blind spots limit productivity

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Share your robot type, cell layout, access patterns, and safety goals, and we’ll show how SR-1 fits into a standards-aligned deployment for your environment.