ROKAE’s CMR Series Mobile Manipulators have successfully passed the rigorous assessment conducted by TÜV SÜD’s German headquarters and obtained Full-System CE Certification.
This milestone validates the CMR Series’ high standards in safety, reliability, and global market readiness, further strengthening ROKAE’s commitment to enabling flexible automation and intelligent manufacturing worldwide.
Unlike certifications that focus on individual components or modules, Full-System CE Certification evaluates the robot as an integrated system, covering the interaction between the mobile platform, robotic arm, control system, and safety functions.
Meeting Stringent International Standards Through Full-System Evaluation
CE certification is a globally recognized mark of product safety and compliance, serving as an important requirement for products entering the European market. TÜV SÜD, one of the world’s leading testing and certification organizations, is recognized for its rigorous evaluation processes and international credibility.
The certification assessment and certificate issuance for the ROKAE CMR Series were directly led by TÜV SÜD’s German headquarters.
The series underwent comprehensive testing according to internationally recognized safety standards, including:
l EN ISO 3691-4
l ISO 10218
l ISO 13849
The assessment covered multiple dimensions, including:
l Mechanical structure
l Electrical systems
l Control logic
l Safety protection systems
Full-System CE Certification demonstrates that the CMR Series meets international safety and quality requirements during coordinated operations involving mobile navigation, robotic manipulation, and multi-sensor interaction.
This achievement provides a solid foundation for expanding the CMR Series into broader global industrial applications.
Building Multi-Level Safety Protection for Complex Industrial Environments
Industrial environments demand high levels of safety, reliability, and operational continuity. The ROKAE CMR Series is designed with a comprehensive safety architecture to support stable operation in dynamic manufacturing scenarios.
Multi-Sensor Perception with Active Obstacle Avoidance
The CMR Series is equipped with real-time environmental perception capabilities and 360° radar protection, enabling continuous monitoring of surrounding conditions and supporting safe navigation in complex workplaces.
Sensitive Force Control for Enhanced Safety
Based on joint torque sensing technology, the CMR Series provides highly responsive collision detection and immediate stop capability when unexpected contact occurs, helping minimize operational risks.
Multiple Physical Safety Mechanisms
The mobile platform integrates multiple emergency stop buttons and anti-collision safety edges. By combining non-contact and contact-based safety mechanisms, the system provides comprehensive protection for both operators and equipment.
Proven in Real Industrial Applications, Enabling Scalable Flexible Automation
The CMR Series’ certification achievement is supported not only by extensive laboratory testing and validation, but also by long-term deployment in real industrial environments.
Designed for challenging applications such as machine tending, the CMR Series features enhanced protection capabilities, with an IP67-rated end effector that enables reliable operation in environments exposed to oil splashes and cutting fluids.
With reinforced chassis support and optimized suspension design, the robot maintains positioning accuracy of ±10 mm even under challenging conditions, such as oily factory floors.
The CMR Series integrates multiple advanced technologies, including:
l Force control
l Mechanical accuracy compensation
l 2D/3D vision
l Laser SLAM navigation
These capabilities enable precise positioning and flexible operations across complex and highly dynamic industrial scenarios.
With a modular programming architecture, validated applications can be efficiently replicated across multiple robots, reducing deployment costs and accelerating large-scale adoption.
The system also supports battery replacement without power interruption, further improving production continuity.
Empowering the Future of Flexible Manufacturing
Today, the ROKAE CMR Series has been widely deployed across industries including machine tending, semiconductor manufacturing, education and research, and inspection applications.
Especially in complex flexible manufacturing environments where one robot can support multiple workstations, the CMR Series helps improve production flexibility, adaptability, and automation efficiency.
Through continuous innovation in robotics, sensing, and intelligent control technologies, ROKAE is committed to providing advanced robotic solutions that accelerate the global transformation toward intelligent manufacturing.
