ROBASafe

NexCOBOT Certifiable Functional Safety Solutions for Your Robot

Building a safe robot takes more than an emergency stop. Every robot needs a complete safety system — sensors that detect people and hazards, a controller that makes safe decisions, and drives that carry them out reliably. ROBASafe is NexCOBOT's family of functional safety solutions that covers this whole chain. Every solution is built to be certifiable — some already certified, others on the way — so whichever you choose, you're building on a foundation designed to meet the standard. And because ROBASafe is open, you can pair our products with the third-party safety devices you already trust.


What a complete robot safety system needs

Functional safety system architecture: safety input (safety sensors), safety logic (safety controller), safety output (safety joints and drives), with a design-time safety analysis software tool

A functional safety system follows a simple chain: safety input → safety logic → safety output. Sensors on the input side detect hazards and people. The safety controller in the middle evaluates those inputs and runs the safety functions. On the output side, safety joints and drives carry out safe motion — and feed safe position, velocity and torque data back to the controller, so it always knows the robot's real state.

ROBASafe provides the core of this system — the safety controllers, plus NexCOBOT's safety joints and drives — while staying open to third-party safety sensors and any FSoE-based device. You build the system that fits your robot, not the other way around.


Safety controllers: from development platform to complete solution

Four NexCOBOT safety controllers (SCB100, MARS400/RCB400, ESC210, ESC211) compared by how far their certifiable scope reaches across layers L1 to L4

At the heart of every safety system is the controller. ROBASafe offers a range of them, and they differ in one key way: how much is already certifiable out of the box.

Some are development platforms — they give you a certifiable hardware and software foundation, and you build your own safety application on top, with full flexibility across any robot type. Others are complete solutions — the safety application is already built in, so you can deploy a compliant robot without developing the safety logic yourself.

The diagram above shows how far the certifiable scope (in amber) reaches for each product. SCB100 gives you the most freedom to build; ESC 211 gives you the most complete, ready-to-deploy package, reaching all the way up to the ISO 10218 safety application layer. ESC 210 and the MARS400 / RCB400 platforms sit in between.


Controller

MARS400 T20-05

Next-Generation Robotics and AI Control Platform Powered by NVIDIA® IGX T5000™

RCB400 T20-05

Industrial-Grade High-Performance AI Control Board

ESC 210

Functional Safety Development Platform

SCB100

X86 Functional Safety Development Platform

Functional Safety ODM

Up to SIL3 HFT=1, Ple Cat.3 hardware and software ODM service

SafetyDesigner

World's First Robot Safety Analysis Solution SafetyDesigner

ESC 211

Industrial Robot Safety Controller (ISO 10218-1:2025)

Safety Servo Drive

Safety Servo Drive

ACTILINK-JD

Actuators for highly dynamic robots & machines

ACTILINK-JP

Actuators for HIGH-PRECISION industrial robots

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