Precision-machined copper and alloy components engineered for high-current performance, dimensional accuracy, and electrical interface reliability.
Checon manufactures CNC-machined components and subassemblies that support high-performance electrical contact systems. Using in-house precious metal contact materials and precision-machined copper substrates and bus bars, Checon produces components engineered for conductivity, thermal management, and long-term reliability.
In high-current and high-voltage applications, machined copper components play a critical role in current carrying capacity and thermal stability. These components are often integrated with electrical contacts to deliver consistent electrical performance in power distribution, switching, and disconnect systems.


CNC-machined components are used in electrical contact systems requiring high current carrying capacity, thermal stability, and precise mechanical integration. These components are commonly applied in power distribution systems, electric vehicle platforms, and high-voltage switching equipment.



Checon’s CNC machining capabilities are integrated within its vertically integrated manufacturing platform—connecting material development, precision forming, and final assembly. This integration ensures that machined components meet the electrical, thermal, and dimensional requirements of high-performance contact systems.
Engage with Checon to develop CNC-machined components for your electrical contact application.