• Machine and Robot Controllers
    Intelligentize your conventional production line
  • TP-100-1 Teach Pendant
  • AI-enabled Robotics Evolves Smart Manufacturing
     
  • Developing robotic control solutions
    Isolated digital I/O for multiple usages and PoE port
  • MiniBOT
    Making Turmeric Latte
    EtherCAT-based 6-axis Robot

Solution

Your Reliable Partner for the Intelligent Total Solutions

Products

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

EtherCAT Master
Controller
EtherCAT Motion
Controller
EtherCAT Slave
Module
Motion Control
Software

Control Platform

Robot
Control Board
Machine
Automation Board
Robot
Control PC
Machine
Automation PC

Brand Story

NexCOBOT Total Robotic Automation Solutions Intelligentize Your Conventional Production Line

Solution Packs

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.

Press Room

Keep Up with All NexCOBOT News and Events

Automatic Screw Fastening Machine

In traditional production lines, manufacturers use manual tools or semi-automated screwdrivers in screw assembly process. Problems such as screw slippage, screw skewing, substandard torque and screw floating are hard to avoid. In order to improve production quality and achieve high precision and efficiency, the screw fastening process needs to be strictly monitored.

Fail-Safe Cobots Power the IIoT

Today manufacturers are seeking to build safe systems where robots and human operators can work together in the same space, at the same time. But before these revolutionary cobots can be deployed at scale, new functional safety (FuSa) standards and technologies that comply with regulatory requirements are needed.

The Perfect Robot and Machine Companion: the RCB Series

Emphasizing scalability and segmentation, NexCOBOT brings you the RCB Series, a series of embedded boards specifically focused on robotic and machine control and data collection. Depending on your production line’s requirements, you can choose between two variants, RCB 100 for robotic/machine control and RCB 100-L4 for data collection.

NexCOBOT, Dynapath, and Intel: AI-Added Tool Grinding Design for Speed and Efficiency

NexCOBOT's CNC design and manufacturing client, Dynapath, constantly faced issues in producing accurate CNC tool grinding designs. NexCOBOT introduced to Dynapath its ICES 675 computer-on-module, with Intel® Core™ CPU onboard; it's AIBooster-L2 deep learning accelerator card, powered by Intel® Movidius™ Myriad™ X VPU; and Intel's OpenVINO™ toolkit.

Automatic Screw Fastening Machine

In traditional production lines, manufacturers use manual tools or semi-automated screwdrivers in screw assembly process. Problems such as screw slippage, screw skewing, substandard torque and screw floating are hard to avoid. In order to improve production quality and achieve high precision and efficiency, the screw fastening process needs to be strictly monitored.

Fail-Safe Cobots Power the IIoT

Today manufacturers are seeking to build safe systems where robots and human operators can work together in the same space, at the same time. But before these revolutionary cobots can be deployed at scale, new functional safety (FuSa) standards and technologies that comply with regulatory requirements are needed.

The Perfect Robot and Machine Companion: the RCB Series

Emphasizing scalability and segmentation, NexCOBOT brings you the RCB Series, a series of embedded boards specifically focused on robotic and machine control and data collection. Depending on your production line’s requirements, you can choose between two variants, RCB 100 for robotic/machine control and RCB 100-L4 for data collection.

NexCOBOT, Dynapath, and Intel: AI-Added Tool Grinding Design for Speed and Efficiency

NexCOBOT's CNC design and manufacturing client, Dynapath, constantly faced issues in producing accurate CNC tool grinding designs. NexCOBOT introduced to Dynapath its ICES 675 computer-on-module, with Intel® Core™ CPU onboard; it's AIBooster-L2 deep learning accelerator card, powered by Intel® Movidius™ Myriad™ X VPU; and Intel's OpenVINO™ toolkit.

Discover the Comfort and Flexibility of NexCOBOT’s TP-100-1 Teach Pendant

NexCOBOT’s new TP-100-1 teach pendant is a universal and user-friendly remote control for all robotic arm brands and automation systems. The device reduces the costs of purchasing proprietary teach pendants for each separate robotic arm on production lines, while utilizing an enhanced, ergonomic layout that allows the operator to comfortably view the screen and grasp the device for hours on end. Users that want to develop their own UI or customize robotic arms have the freedom to do so with additional NexCOBOT solutions, such as the TPUI and NexGRC.

With Remote Access to Multiple Robots, the Smart Robot Box Makes Intelligent Manufacturing Effortless

NexCOBOT brings you the Smart Robot Box (SRB), a series of powerful robot gateways that fulfills the automation industry’s need to link together major industrial robots on manufacturing lines. Such robots have been deployed across multiple industries to increase productivity and enhance manufacturing quality. Although this raises the overall level of automation, communication challenges, including closed architecture and disparate protocols, make it difficult to integrate seemingly incompatible robot brands and share data with the information system.

Precision Made Easy with the ICES 675 Computer-on-Module

Customization meets high performance in NexCOBOT’s compactly designed ICES 675 computer-on-module (COM). With reliable Intel® Coffee Lake-H microarchitecture supporting a selection of three on-board, HD graphics enabled processors, the COM Express Type 6 is perfect for all of your high-resolution output and automation needs.

Cosmetic Box Assembly Line

NexCOBOT develops its own EtherCAT master software that complies with all standard 3rd-party EtherCAT I/O modules. Since the controller efficiently connects and controls all modules in the system, the customer can focus on integrating their cosmetics box production domain know-how to the system.

Discover the Comfort and Flexibility of NexCOBOT’s TP-100-1 Teach Pendant

NexCOBOT’s new TP-100-1 teach pendant is a universal and user-friendly remote control for all robotic arm brands and automation systems. The device reduces the costs of purchasing proprietary teach pendants for each separate robotic arm on production lines, while utilizing an enhanced, ergonomic layout that allows the operator to comfortably view the screen and grasp the device for hours on end. Users that want to develop their own UI or customize robotic arms have the freedom to do so with additional NexCOBOT solutions, such as the TPUI and NexGRC.

With Remote Access to Multiple Robots, the Smart Robot Box Makes Intelligent Manufacturing Effortless

NexCOBOT brings you the Smart Robot Box (SRB), a series of powerful robot gateways that fulfills the automation industry’s need to link together major industrial robots on manufacturing lines. Such robots have been deployed across multiple industries to increase productivity and enhance manufacturing quality. Although this raises the overall level of automation, communication challenges, including closed architecture and disparate protocols, make it difficult to integrate seemingly incompatible robot brands and share data with the information system.

Precision Made Easy with the ICES 675 Computer-on-Module

Customization meets high performance in NexCOBOT’s compactly designed ICES 675 computer-on-module (COM). With reliable Intel® Coffee Lake-H microarchitecture supporting a selection of three on-board, HD graphics enabled processors, the COM Express Type 6 is perfect for all of your high-resolution output and automation needs.

Cosmetic Box Assembly Line

NexCOBOT develops its own EtherCAT master software that complies with all standard 3rd-party EtherCAT I/O modules. Since the controller efficiently connects and controls all modules in the system, the customer can focus on integrating their cosmetics box production domain know-how to the system.