• Rapid Robot Rollouts — NexCOBOT GRC Gets Robots From Concept to Completion Faster
     
  • 高效运算结合AMR 创博机器人
    软硬整合平台大幅缩短开发时程
     
  • With Remote Access to Multiple Robots, the Smart Robot Box Makes Intelligent Manufacturing Effortless
     
  • NexCOBOT Engages in Industry-academia Collaborations and Creates a Digital Transformation Ecosystem
     
  • One-stop Solution for
    Your EtherCAT Motion Control
    A comprehensive line of EtherCAT controllers
  • Functional Safety in
    Industrial Robotic Systems
    Join this webinar to learn about safety standards!
    January 25, 2022 at 2:00 p.m. ET
  • Robotic Automation Solutions
    NexCOBOT provides product solutions for smart manufacturing

解决方案

Your Reliable Partner for the Intelligent Total Solutions

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Robot & Motion Control Product Series

Educational Robot

Educational
Robot
Open Industrial
Robot

Industrial Robot

Robot Control
Cabinet
Robot
Gateway
Robot Control
Software
Robot
Controller
Teach
Pendant
Teach
Pendant HMI

Machine Automation

Real-time Linux
Controller
EtherCAT Motion
Controller
EtherCAT Slave
Module
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Control Board
Machine
Automation Board
Robot
Control PC
Machine
Automation PC

Brand Story

NexCOBOT Total Robotic Automation Solutions Intelligentize Your Conventional Production Line

解决方案包

Speed Up Your Application Development with Our Solution Packs

Robot Coffee Serving Solution Pack

NexCOBOT’s Robot Coffee Serving Solution Pack provides complete intelligent service, in which devices communicate through Internet and can be remotely monitored.

Robot AI Vision Solution Pack

NexCOBOT delivers robotic with AI vision solution for Industry 4.0, powered by NexCOBOT’s 7-axis articulated robot.

General Robot Control Solution Pack

NexCOBOT provides a comprehensive EtherCAT-based robot control solution, including control hardware such as robot controller, slave I/O modules and teach pendant.

General Motion Control Solution Pack

NexCOBOT offers a high precision motion control software-NexGMC, which has been verified for the compatibility with mainstream third-party servo drives and motors.

新闻中心

Keep Up with All NexCOBOT News and Events

Rapid Robot Rollouts — NexCOBOT GRC Gets Robots From Concept to Completion Faster

NexCOBOT’s General Robot Controller (GRC) is a fully-integrated EtherCAT-based general robot controller package for industrial robot development, streamlining the industrial robot development process and helping enterprises accelerate time-to-market.

NexRTOS, the µSec & multi CPU-isolated Real-time OS Solution

The NexRTOS is a x86 and Linux-based Real-time OS that enables the real-time capabilities for complex machinery that performs the high-precise motion control, computer vision and critical application in micro second, such as CNC, Robotics Controller, Injection Machine, Packing Machine and so on.

创博推出AMR专属控制主板RCB600，加速企业项目落地

工业4.0时代，自动化运输已成为常态。由于自主移动机器人(AMR)具有极高的精确度和灵活性，是不同领域物料运输的理想选择。为满足市场对AMR日益增长的需求，创博推出针对AMR 特定设计，具备高扩展性和实时通信功能的RCB600控制主板，加速对AMR的开发与部署。

One-stop Solution for Your EtherCAT Motion Control

EtherCAT, a fast, scalable, flexible yet reliable real-time EtherCAT protocol, has been widely adopted by most networked industrial systems. NexCOBOT offers a comprehensive line of EtherCAT controllers by integrating its EtherCAT master software, NexECM. The APIs for CiA 402 profile and built-in EtherCAT configuration tool, NexECM Studio, speeds up development time for users to create customized motion controls for different automation applications.

Rapid Robot Rollouts — NexCOBOT GRC Gets Robots From Concept to Completion Faster

NexCOBOT’s General Robot Controller (GRC) is a fully-integrated EtherCAT-based general robot controller package for industrial robot development, streamlining the industrial robot development process and helping enterprises accelerate time-to-market.

NexRTOS, the µSec & multi CPU-isolated Real-time OS Solution

The NexRTOS is a x86 and Linux-based Real-time OS that enables the real-time capabilities for complex machinery that performs the high-precise motion control, computer vision and critical application in micro second, such as CNC, Robotics Controller, Injection Machine, Packing Machine and so on.

创博推出AMR专属控制主板RCB600，加速企业项目落地

工业4.0时代，自动化运输已成为常态。由于自主移动机器人(AMR)具有极高的精确度和灵活性，是不同领域物料运输的理想选择。为满足市场对AMR日益增长的需求，创博推出针对AMR 特定设计，具备高扩展性和实时通信功能的RCB600控制主板，加速对AMR的开发与部署。

One-stop Solution for Your EtherCAT Motion Control

EtherCAT, a fast, scalable, flexible yet reliable real-time EtherCAT protocol, has been widely adopted by most networked industrial systems. NexCOBOT offers a comprehensive line of EtherCAT controllers by integrating its EtherCAT master software, NexECM. The APIs for CiA 402 profile and built-in EtherCAT configuration tool, NexECM Studio, speeds up development time for users to create customized motion controls for different automation applications.

Functional Safety in Industrial Robotic Systems

Industrial robots have become widespread in the industrial sector. The increasing use of robots working alongside human operators raises safety issues. Stricter mandates for functional safety around robotic systems are necessary to make sure new risks are not introduced during human-robot collaboration. Join this webinar to learn about safety standards and how to build a safe robotic system based on a single platform.

智能物流分拣系统

随着人才培养的需要，职业院校对职业教育基础能力建设的要求也逐年增加。在职业教育开展的过程中，校内的实训基地对培养学生的职业能力有着不可或缺的作用。重庆某高等职业学院希望通过打造一个智慧物流分拣系统，让学生身临其境的参与工厂货物出入库流程。该系统可将每个设备的实时运行数据采集上云，不仅让现场实习学生可以学习到数字化工厂的分析管理，远在教室的同学也可通过登录工业云平台学习到相关知识，成为老师授课的教学模板。

创博智能制造产品解决方案

创博提供智能制造关键产品解决方案，协助客户建置整线自动化系统，透过基于EtherCAT通讯 之开放式软件开发平台，串联智能制造中的主要装置，包含工业机器人、工具机、泛用机台及输送带系统等， 并整合信息至生产上位系统。创博各式控制系统包含机床控制、运动设备控制、工业机器人控制、 移动机器人控制等模块，可透过各模块对应的控制软件，基于EtherCAT建置各子控制系统，再依据不同 应用场景配置整体系统配置，串联为完整之制造自动化系统。

SCB 100: Industry’s Leading Cobot Controller Board Ready with Full Functional Safety

We have seen automation changing the landscape of factory and manufacturing well before the rampage of pandemic in the past decades. With the unemployment rate high at the moment and shortage of labor likely to continue in a foreseeable future, human and machine collaboration keeps advancing, slowly but steadily, to become the new norm of modern manufacturing. While productivity gains through collaborative operation, concerns of potential risks are growing as well. More attention is given to the safety measures, functional safety to be precise, of a collaborative workplace. For cobots designed to work in a close proximity to human counterparts, more regulations and standards are underway to build up safe robotic environments. NexCOBOT understands developing for a collaborative operating space from the ground up is a daunting task. SCB 100 has thus come into play to the aid of the developer community.

Functional Safety in Industrial Robotic Systems

Industrial robots have become widespread in the industrial sector. The increasing use of robots working alongside human operators raises safety issues. Stricter mandates for functional safety around robotic systems are necessary to make sure new risks are not introduced during human-robot collaboration. Join this webinar to learn about safety standards and how to build a safe robotic system based on a single platform.

智能物流分拣系统

随着人才培养的需要，职业院校对职业教育基础能力建设的要求也逐年增加。在职业教育开展的过程中，校内的实训基地对培养学生的职业能力有着不可或缺的作用。重庆某高等职业学院希望通过打造一个智慧物流分拣系统，让学生身临其境的参与工厂货物出入库流程。该系统可将每个设备的实时运行数据采集上云，不仅让现场实习学生可以学习到数字化工厂的分析管理，远在教室的同学也可通过登录工业云平台学习到相关知识，成为老师授课的教学模板。

创博智能制造产品解决方案

创博提供智能制造关键产品解决方案，协助客户建置整线自动化系统，透过基于EtherCAT通讯 之开放式软件开发平台，串联智能制造中的主要装置，包含工业机器人、工具机、泛用机台及输送带系统等， 并整合信息至生产上位系统。创博各式控制系统包含机床控制、运动设备控制、工业机器人控制、 移动机器人控制等模块，可透过各模块对应的控制软件，基于EtherCAT建置各子控制系统，再依据不同 应用场景配置整体系统配置，串联为完整之制造自动化系统。

SCB 100: Industry’s Leading Cobot Controller Board Ready with Full Functional Safety

We have seen automation changing the landscape of factory and manufacturing well before the rampage of pandemic in the past decades. With the unemployment rate high at the moment and shortage of labor likely to continue in a foreseeable future, human and machine collaboration keeps advancing, slowly but steadily, to become the new norm of modern manufacturing. While productivity gains through collaborative operation, concerns of potential risks are growing as well. More attention is given to the safety measures, functional safety to be precise, of a collaborative workplace. For cobots designed to work in a close proximity to human counterparts, more regulations and standards are underway to build up safe robotic environments. NexCOBOT understands developing for a collaborative operating space from the ground up is a daunting task. SCB 100 has thus come into play to the aid of the developer community.