We provide precision machining services for copper components used in industrial applications and production systems that require accuracy and high-quality machining.
MECWORK supports companies and engineering departments in the production of custom-made components, ensuring reliability, precision and production continuity.
Copper is widely used in industrial applications thanks to its technical properties and the high level of precision achievable through machining processes.
For this reason, MECWORK manufactures copper components for industrial systems and technical applications that require quality and production continuity.
Copper allows the production of components characterized by dimensional accuracy and high-quality machining, making it suitable for a wide range of industrial applications.
Its properties require careful machining and precise dimensional tolerance management.
A copper alloy with a purity exceeding 99.9%, characterized by extremely high electrical and thermal conductivity. It is the reference material for electrical cables, busbars, transformers and other components where electrical efficiency is critical.
Contains a small amount of phosphorus while maintaining a copper content above 99.9%. This improves corrosion resistance and weldability. It is widely used for plumbing tubes, heat exchangers, industrial tanks, sheet metal applications and architectural components.
Contains a higher copper content than the previous alloys and is completely oxygen-free. Known for its exceptional electrical and thermal conductivity, it is ideal for precision electronic applications, critical conductors and aerospace components.
Combines high electrical conductivity with good mechanical strength. It is widely used for electrical contacts and semiconductor components where reliability and long service life are required.
An alloy that combines excellent corrosion resistance, particularly in marine environments, with good machinability. It is commonly used for marine systems, piping, heat exchangers and applications exposed to aggressive operating conditions.
A strengthened copper alloy designed to withstand high temperatures and intensive thermal cycling. Thanks to its hardness and thermal fatigue resistance, it is widely used in welding applications, industrial moulds and high-temperature systems.
A copper alloy known for its high hardness and mechanical strength while maintaining good electrical conductivity. It is particularly suitable for springs, electrical connectors, precision instruments and aerospace components.
Developed to improve machinability without compromising electrical conductivity. It is commonly used for precision mechanical and electronic components where high reliability is required.
Each component can undergo dimensional inspections and quality control procedures to ensure precision, compliance and reliability in industrial applications.
We work closely with companies and engineering departments to analyze every project and identify the most suitable machining processes for production and application requirements.
Our goal is to provide reliable components that fully comply with customer specifications.
