Tag

For NexCOBOT, Collaboration Between Humans and Robots Shines a Light on Functional Safety | Renesas

NexCOBOT began working with Renesas in 2022 to design a digital safety IO interface and has since adopted Renesas RX MCUs and RZ MPUs as well as pre-certified FuSa solution kits and self-test libraries.


功能安全 , Digital I/O , Factory Automation

NEIO Series: EtherCAT I/O Modules That Simplify Factory Automation

NEIO is a series of EtherCAT I/O modules for distributed industrial applications. Each module is equipped with high density I/O (up to 32 points) and powerful features in a compact size. DIN-rail design and daisy-chain wiring powered by EtherCAT technology make it easy to install NEIO modules in the field.


EtherCAT I/O , Digital I/O , Analog I/O , Pulse and Encoder , Communication Module

NEIO Series: EtherCAT I/O Modules That Simplify Factory Automation

The NEIO family of EtherCAT slave I/O modules, a welcome addition to your own set of master controllers. With its industrial-grade certification, user-friendly design, and rich selection of I/O combinations, the NEIO series is the choice that’s most cost-effective and easiest to install for machine control and robotic control applications.


EtherCAT I/O , Digital I/O , Analog I/O , Pulse and Encoder , Communication Module , Factory Automation

Automatic Bending Machine

In traditional small-scale SMT bending workshops, manual operations may cause low efficiency and security issues. Due to the uncontrollability of manual operations, it is difficult to guarantee the quality and output of finished products....


EtherCAT I/O , Robot Automation , Digital I/O

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.


Digital I/O