• Comprehensive Industrial Control Mainboard and Systems
    Customization and Software application services
     
  • Optimized Integration of NexECM EtherCAT Master Controller and Shihlin Servo Drive for Enhanced Efficiency
     
  • Innovation Insights –
    Customer Success Stories
    Functional Safety Taking a More Prominent Role in Cobot Design
     
  • Solution
  • Product Spotlight
  • Case Study
  • News & Event
  • Video Highlight

Supported Robot List

Cartesian coordinate robot (Linear Robot)
Delta type robot (3-axis or 4-axis)
3RRR type robot (3-axis)
Wafer robot
SCARA type robot (4-axis)
6-axis articulated robot
6-axis collaborative robot
7-axis articulated robot

Compact Champ EBC 370/EBC 370X Delivers Robotic Awesomeness

The EBC 370/EBC 370X delivers exceptional processing capabilities in a compact 3.5-inch single board computer (SBC) designed for high-performance computing, AI processing, and robotic control in space-constrained environments. Equipped with 13th Gen Intel® Core™ processors and an MXM slot for additional GPU and AI accelerator support, the EBC 370/EBC 370X excels in visual computing, enhancing capabilities for deep learning, real-time image processing, and autonomous robotics.

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AI- powered Robot System Enables Efficient Green Recycling

The customers for NexCOBOT's recycling robot solution are garbage recycling companies operating within the waste management industry. NexCOBOT's innovative solution combines AI Vision technology to accurately identify and classify different types of plastic bottles. Using AI algorithms, the system can distinguish bottles based on attributes such as color (transparent, white, and green) and their intended use, such as beverage or oil plastic bottles. Leveraging a highly efficient Delta Robot system, the solution effectively and smoothly sorts the plastic bottles into their respective recycling bins, ensuring precise and streamlined recycling processes.

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NEXCOM to showcase solutions for Physical AI and SD-Edge computing

"As robots increasingly become the primary physical carriers for AI capabilities, NEXCOM is committed to accelerating their adoption across various industries," explains CEO Clement Lin, who will be attending Embedded World himself. "At Embedded World 2026, we will be presenting, among other things, a comprehensive range of safety-certified industrial robotics solutions in collaboration with the German robotics innovators. These solutions are specifically designed for smart factories, service robots, automotive manufacturing, and logistics."

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The Future Core of AI Robotics — Beyond Control, Computing & Safety

NexCOBOT is not a robot manufacturer—We are the platform that enables smart, safe, and scalable AI robots. With more than 13 years of robotics expertise, we unify AI computing, real-time motion control, and industrial functional safety into one integrated architecture. From our certified EtherCAT Master to advanced real-time control systems, NexCOBOT provides the foundational intelligence and stability required for the next era of AI robotics. Partnering with NVIDIA, we bridge the essential gap between AI algorithms and physical machine execution. Whether you're building autonomous machines, humanoids, collaborative robots, or industrial AI systems, NexCOBOT delivers the computing, control, and safety platforms required for real-world deployment.

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We Make Building Robots Easy

Not sure which product to use? Follow the steps below to get the products that match your needs!

Robot Type
Controller Type
Robotic Accessories
Applications

Products

Brand Story

NexCOBOT Open and Modular Robotic Solutions Optimize Your Industrial Production Processes

Press Room

 

NEXCOM to showcase solutions for Physical AI and SD-Edge computing

NexCOBOT presents a full range of safety‑certified robotic solutions at Embedded World 2026, combining advanced motion control, Synapticon joint drive technology, and software‑defined safety to accelerate the development of AI‑powered robots for manufacturing, logistics, and automated services.

 

NexCOBOT Showcases Embodied AI Controller at “Edom Technology & NVIDIA Robotics Seminar”

Taipei, December 2025 – NexCOBOT proudly participated in the recent Edom Technology & NVIDIA Robotics Seminar, unveiling its cutting-edge Embodied AI Controller powered by NVIDIA® Jetson Thor™, designed to deliver real-time control and functional safety for advanced robotic

 

NexCOBOT & Synapticon at iREX2025: Functional Safety and Motion Control Solutions

Discover ISO 13849-1 certified functional safety controllers and advanced motion control drives at iREX2025. Explore NexCOBOT’s ESC210 solutions with FSoE protocol and TÜV certification, plus Synapticon’s ACTILINK actuators and SOMANET servo drives for smart automation.

 

Edge Real-Time ECM & AI Server Architecture Diagram

NexCOBOT delivers an integrated AI Training Server and AI Edge Deployment Solutions, establishing a highly efficient, robust, and coherent closed-loop ecosystem for your Physical AI journey.

NEXCOM to showcase solutions for Physical AI and SD-Edge computing

NexCOBOT presents a full range of safety‑certified robotic solutions at Embedded World 2026, combining advanced motion control, Synapticon joint drive technology, and software‑defined safety to accelerate the development of AI‑powered robots for manufacturing, logistics, and automated services.

NexCOBOT Showcases Embodied AI Controller at “Edom Technology & NVIDIA Robotics Seminar”

Taipei, December 2025 – NexCOBOT proudly participated in the recent Edom Technology & NVIDIA Robotics Seminar, unveiling its cutting-edge Embodied AI Controller powered by NVIDIA® Jetson Thor™, designed to deliver real-time control and functional safety for advanced robotic

NexCOBOT & Synapticon at iREX2025: Functional Safety and Motion Control Solutions

Discover ISO 13849-1 certified functional safety controllers and advanced motion control drives at iREX2025. Explore NexCOBOT’s ESC210 solutions with FSoE protocol and TÜV certification, plus Synapticon’s ACTILINK actuators and SOMANET servo drives for smart automation.

Edge Real-Time ECM & AI Server Architecture Diagram

NexCOBOT delivers an integrated AI Training Server and AI Edge Deployment Solutions, establishing a highly efficient, robust, and coherent closed-loop ecosystem for your Physical AI journey.

NexCOBOT Express Vol.01 2025 H2

Accelerate Your Robotic Developments
with NexCOBOT's Key Components in Motion, AI, and Functional Safety Control

NEXCOM Joins NVIDIA Halos AI Systems Inspection Lab

At GTC Paris, NEXCOM announced that NexCOBOT, a NEXCOM company and provider of robotic solutions, has joined the NVIDIA Halos AI Systems Inspection Lab. NVIDIA is the first company in the world to establish an ANSI National Accreditation Board (ANAB)-accredited AI Systems Inspection Lab, integrating functional safety, cybersecurity, AI, and regulations into a unified safety framework. This collaboration aims to advance the safe development of various types of robots, with a particular focus on humanoid designs. NexCOBOT is among the first robotics companies to join the lab.

Compact Champ EBC 370/EBC 370X Delivers Robotic Awesomeness

The EBC 370/EBC 370X delivers exceptional processing capabilities in a compact 3.5-inch single board computer (SBC) designed for high-performance computing, AI processing, and robotic control in space-constrained environments. Equipped with 13th Gen Intel® Core™ processors and an MXM slot for additional GPU and AI accelerator support, the EBC 370/EBC 370X  excels in visual computing, enhancing capabilities for deep learning, real-time image processing, and autonomous robotics.

Built-in Functional Safety Speeds Robot Development

In today’s factories and warehouses, robots are no longer fenced off from humans. The two often work side by side, with robots taking over arduous tasks like transporting heavy objects—or tedious ones, like spray-painting or palletizing goods. These collaborative robots, or “cobots,” increase efficiency and reduce the risk that workers will develop muscle strain or injuries. But ensuring that they interact with people safely is not an easy accomplishment. Robot developers can spend years building, testing, and retesting safety features, which must meet rigorous certification requirements. That delays them from releasing models with the latest and greatest capabilities and leads to longer time to revenue.
 

NexCOBOT Express Vol.01 2025 H2

Accelerate Your Robotic Developments
with NexCOBOT's Key Components in Motion, AI, and Functional Safety Control

 

NEXCOM Joins NVIDIA Halos AI Systems Inspection Lab

At GTC Paris, NEXCOM announced that NexCOBOT, a NEXCOM company and provider of robotic solutions, has joined the NVIDIA Halos AI Systems Inspection Lab. NVIDIA is the first company in the world to establish an ANSI National Accreditation Board (ANAB)-accredited AI Systems Inspection Lab, integrating functional safety, cybersecurity, AI, and regulations into a unified safety framework. This collaboration aims to advance the safe development of various types of robots, with a particular focus on humanoid designs. NexCOBOT is among the first robotics companies to join the lab.

 

Compact Champ EBC 370/EBC 370X Delivers Robotic Awesomeness

The EBC 370/EBC 370X delivers exceptional processing capabilities in a compact 3.5-inch single board computer (SBC) designed for high-performance computing, AI processing, and robotic control in space-constrained environments. Equipped with 13th Gen Intel® Core™ processors and an MXM slot for additional GPU and AI accelerator support, the EBC 370/EBC 370X  excels in visual computing, enhancing capabilities for deep learning, real-time image processing, and autonomous robotics.

 

Built-in Functional Safety Speeds Robot Development

In today’s factories and warehouses, robots are no longer fenced off from humans. The two often work side by side, with robots taking over arduous tasks like transporting heavy objects—or tedious ones, like spray-painting or palletizing goods. These collaborative robots, or “cobots,” increase efficiency and reduce the risk that workers will develop muscle strain or injuries. But ensuring that they interact with people safely is not an easy accomplishment. Robot developers can spend years building, testing, and retesting safety features, which must meet rigorous certification requirements. That delays them from releasing models with the latest and greatest capabilities and leads to longer time to revenue.