CNC Interfaces
The CNC controller serves as the main interface between the user and the Radonix Cam-Pro application. Users interact with the program through these interfaces to control CNC machines.
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Intelligence Meets Precision Advanced industrial controllers that combine smart automation capabilities with precise control features for advanced manufacturing systems.
The CNC controller serves as the main interface between the user and the Radonix Cam-Pro application. Users interact with the program through these interfaces to control CNC machines.
Our CNC control technologies are utilized across a wide range of industries, including but not limited to glass processing, textiles, woodworking, stone and marble processing, metalworking. jewelry manufacturing, plastics and composites, and ceramic processing.
With 17 years of experience in the design of controllable systems in the CNC field, Radonix is proud to be one of the few companies in the Middle East with industrial CNC controller design technology. Our CNC control boards serve as the main interface between the user and the Radonix Cam-Pro application. Users interact with the program through these interfaces to control CNC machines.
In 2006, research and development (R&D) efforts for CNC controllers were initiated in the Middle East. As a result of these efforts, the first-generation controllers, the PC100, were introduced in 2008. Ongoing developments after the product launch culminated in the release of the second-generation controller, the PC+, in 2011.
In 2012, Radonix began its commercial operations in Turkey and became actively involved in the market. In 2013, continuing its advancements in CNC technology, it launched the fourth-generation controller, the PC-ProLAN. Between 2014 and 2020, Radonix developed over 30 interfaces compatible with various CNC machines, offering innovative solutions across a wide range of CNC technology applications.
In 2021, the fifth-generation controller, the PC-Smart, was launched. Throughout 2022, efforts to develop interfaces for new CNC types gained momentum. In 2023 and 2024, work on the sixth-generation controller (open-source and cloud-based) was underway, while operations also began in Canada.
In 2025, the launch of the sixth-generation controller will take place in the first quarter, and development work for the seventh-generation controller will begin.
In 2026, the launch of the AI-powered seventh-generation controller will take place.