In the era of smart manufacturing, Computer Numerical Control (CNC) is not only the backbone of precision machining but also a foundation for digital transformation. CNC machines require high-performance computing, real-time responsiveness, and industrial-grade reliability to ensure stable and accurate operations.
Portwell provides powerful and rugged industrial computers designed for CNC applications. Our solutions enable multi-axis synchronization, real-time processing, and long-term stability, helping manufacturers achieve higher productivity, reduced downtime, and smarter automation.
As parts become more complex, CNC machines must coordinate multiple axes simultaneously, requiring advanced computational power.
Precision machining tolerates no delays. Millisecond-level latency can lead to tool deviation, surface defects, or part rejection.
CNC machines often operate in high-temperature, vibration, and dusty environments, making rugged hardware design critical.
CNC systems must operate reliably for years. Without long-term product availability, redesigns and downtime risks increase significantly.
Powered by the latest Intel® CPU/GPU platforms, optimized for multi-axis synchronization, motion control, and real-time feedback.
Supports EtherCAT, Profinet, and other high-speed industrial protocols to deliver sub-millisecond responsiveness.
Industrial-grade motherboards and fanless systems ensure durability in harsh manufacturing environments.
Long product lifecycle (5–7+ years) and dedicated technical support minimize redesigns and reduce total cost of ownership.
High-precision, repeatable part production.
Long-term stability with high-speed spindle control.
Advanced computational power for complex part geometries.
Integration with IoT and edge computing for predictive maintenance and Industry 4.0.
CNC solutions streamline production with automated processes, reducing manual intervention and downtime.
Portwell’s high-performance IPCs handle demanding workloads, ensuring faster cycle times.
Precision machining requires stable real-time control.
Portwell platforms provide deterministic computing and reliable I/O, minimizing errors in multi-axis operations.
CNC machines must adapt to different tasks and materials.
Our modular design and support for diverse communication protocols (EtherCAT, Profinet, Modbus) enable easy integration with various CNC controllers.
With scalable computing power and long product lifecycle support, Portwell solutions ensure CNC systems keep up with growing production demands without frequent redesigns.
Traditional methods rely heavily on manual labor, leading to inconsistency. CNC automates machining, offering superior speed, precision, and repeatability.
CNC reduces repetitive manual work, allowing employees to focus on monitoring, optimization, and improving workplace safety.
Portwell combines industrial-grade reliability, long-term product availability, and expertise in embedded system design—meeting the strict demands of CNC machining and smart factories.
Certified safety for industrial environments
Improves operator usability and reduces fatigue
(-25°C to 70°C) – Built for harsh environments
Fanless design reduces dust buildup, extending service life
High-speed communication ensures synchronized CNC control
Portwell designed LYNX-612G to aggregate, secure, and analyze data from diverse sensors and equipment at the network’s edge, enabling a wide range of IoT usage. It connects legacy and new kits to the cloud, helping the customer to get real-time equipment data.
Portwell LYNX-612G integrated with a collaborative robot in the CNC factory to improve productivity. Additionally, the LYNX-612G control robot arm performs pick and place and machine tending through the legacy port and collects relevant data from both the robot arms and CNC. In turn, the control room analyzes the data and forwards instructions to the LYNX-612G. This information is then communicated to the upend server.
Automate the production process with technology, reducing manual labor and increasing accuracy.
