Flexible Electronic Circuit Manufacturing: Applications and Advantages in Industry
Flexible electronic circuits are gaining traction in numerous industries. This innovation is capable of adapting to available space and shape. Various sectors are already taking advantage of their benefits, but how are they manufactured and what advantages do they offer?…
High-Density Rigid Circuits: Optimizing Complex Electronic Devices
High-density rigid circuits are extremely useful. When a complex device needs optimization, they represent a suitable solution. They allow for more components to be added in less space, helping to achieve manufacturing goals and develop innovative designs. High-Density Rigid Circuits:…
Specialized Industrial Wiring for Mining in Spain: Resistance in Extreme Environments
Mining is one of the most demanding environments for electrical systems, so much so that it requires specialized industrial wiring. In Spanish mining operations—whether underground or open-pit—cables must withstand constant abrasion, humidity, dust, vibrations, and exposure to chemicals present in…
THT vs. SMD Assembly in Electronic Manufacturing: Comparison and Practices in Spain
THT assembly and its comparison with SMD is a fascinating topic that affects one of Spain's most powerful sectors: EMS (Electronic Manufacturing Systems). Current electronic manufacturing is evolving by leaps and bounds, thanks to the constant impetus of technology. Therefore,…
ISO 13485 and PCB Manufacturing for Medical Devices: Keys to Compliance
The manufacturing of PCBs for medical devices is subject to much stricter regulatory requirements than those in other electronics sectors. ISO 13485 certification establishes the framework for ensuring the safety, traceability, and quality of medical devices throughout their entire lifecycle…
Signal and Power Integration in Medical Devices: Mixed Cabling Design Strategies
When developing modern medical devices, mixed cabling design is an absolutely critical challenge. These devices integrate power lines with high-speed or very low-amplitude signals within the same system. High-precision equipment such as multiparameter monitors, diagnostic imaging devices, surgical robots, and…
Design and Manufacturing of Flexible PCBs for Complex Medical Applications
The use of flexible, multilayer PCBs is one of the technical consequences of the evolution of advanced medical devices; that is, portable, implantable, and with complex geometries. The main outcome of these technologies is the integration of high-performance electronics…
Complete Printed Circuit Board Manufacturing Process: From Design to Assembly for Medical Devices
The manufacture of highly reliable, traceable, and safe printed circuit boards has become vital for the most advanced medical electronic equipment. Even the smallest technical failure compromises the operation of the device's electronic circuit and, consequently, patient safety. In practice,…