Today’s electrical systems require reliability, efficiency, and safety in power distribution. One of the most critical components that ensures a smooth and uninterrupted flow of electricity is the copper busbar. Widely used across industrial, commercial, and utility-scale installations, a copper busbar plays a central role in managing high-current electrical distribution with minimal losses. At Eigen … Continue reading “What Is a Copper Busbar and How Is It Used in Electrical Systems?”
In modern manufacturing, tool and die engineering forms the backbone of mass production, precision, and consistency. From automotive body panels to consumer appliances and industrial components, the tool and die process enables manufacturers to produce identical parts at scale with exceptional accuracy. At Eigen Engineering, advanced tool and die capabilities are integrated with engineering expertise … Continue reading “Tool and Die Making Explained: Processes, Tools, and Applications”
The blanking process is a fundamental operation in sheet metal fabrication, widely used across manufacturing industries for producing precise and repeatable components. At Eigen Engineering, the blanking process plays a critical role in achieving dimensional accuracy, high production efficiency, and consistent quality in sheet metal components. Understanding the blanking process is essential for manufacturers seeking … Continue reading “Blanking Process in Sheet Metal Fabrication”
Precision tooling is essential in modern manufacturing to provide manufacturers with the most accurate, consistent and efficient products possible. The factors that allow the manufacture of precision tooling are also some of the most important in order to create the foundation of excellence in today’s manufacturing industry. Precision tooling includes everything from highly intricate and … Continue reading “What Is Precision Tooling and Why Does It Matter in Manufacturing?”
Designing components for metal stamping does not only consist of successfully meeting the functional requirements. The success of a metal stamped part is achieved by balancing the geometry, how the material behaves, the limitations of the tools used to stamp and the efficiency of producing the stamped part on a mass production basis. When a … Continue reading “Metal Stamping Design Guidelines”
Surface treatment and metal deposition technologies dominating in the field of advanced manufacturing and precision engineering determine the quality and performance of products. Of them, on the analogy of analogy, one can often speak about the electroforming and electroplating since they are also similar in terms of relying on the electrodeposition process, but they have … Continue reading “Electroplating vs Electroforming: What’s The Key Difference?”
Electrical stamping, also referred to as lamination stamping, is a specialized manufacturing method for creating laminated electrical components from a base metal. The laminations serve as the magnetic support structure for many types of electrical devices, including electric motors, transformers, and generator alternators. Electric stamping relies on the careful selection of electrical steel grades and … Continue reading “What Is Electrical Stamping? Process, Materials, and Applications”
In the current industrialised world, accuracy, effectiveness, and consistency play an essential role in the success of manufacturing. At the core of these objectives lies tooling design, a fundamental discipline that governs how tools, fixtures, jigs, and moulds are planned, engineered, and implemented to produce high-quality components. For engineering-driven organisations such as Eigen Engineering, effective … Continue reading “Importance of Effective Tooling Design in Manufacturing Processes”
The challenge of the current global shift towards the production of electric vehicles has accelerated the pace of the modern automotive industry, necessitating the need to seek out more efficient and accurate manufacturing procedures on a global scale. Among these, EV Stamping has emerged as a cornerstone technology, enabling manufacturers to produce high-quality, lightweight, and … Continue reading “Benefits of Using EV Stamping in the Automotive Industry”
The current automotive ecosystem in the world environment is experiencing constant change, as a result of the eroding vehicle technologies, longer life cycles of vehicles, and the growing demands for a good replacement. In this landscape, aftermarket car parts play a critical role in ensuring vehicle performance, safety, and longevity. For Original Equipment Manufacturers (OEMs), … Continue reading “Automotive Aftermarket Metal Stamped Parts: Complete Guide for OEMs”
