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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. The automatic bending machine replaces manual loading and unloading with two servo grippers and automatically presses the metal parts into other shapes, making the entire production process safer and more efficient.
NexCOBOT provides product solutions for smart manufacturing and assists customers in building factory automation systems. Based on open EtherCAT communication, equipments and devices can be easily deployed and connected in series, including industrial robots, machine tools, general-purpose machines, and conveyor system, all of which will eventually be integrated into the production management system.
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.
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.
NexCOBOT puts forth SPP (Solution Partner Program) where NexCOBOT works with partners and helps clients construct open, modularized intelligent robot control and motion control solutions. Coupled with WSPP (WPI SI Partner Program) proposed by World Peace Industrial Group, NexCOBOT is able to create an “open, collaborative, win-win” eco-system with partners, providing clients with the optimal option.
NexCOBOT delivers robot safety controller boards enabled by the Enhanced for IoT Intel Atom® x6427FE processor. The SCB 100 is an industrial PC (IPC) board enabled with key FuSa features in the Intel Atom® x6427FE processor. With this solution, robot builders and their customers receive the support and documentation to accelerate their system-level certification process for Cat 3 PLd.
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.
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.
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.
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.