The field of electronic manufacturing is an intricate and rapidly evolving landscape, pivotal to the advancement of modern technology. As a cornerstone of technological progress, it encompasses a myriad of processes from the assembly of intricate electronic components to the
In today's fast-paced and highly competitive market, companies often find themselves at a crossroads when it comes to manufacturing. To outsource electronics manufacturing or not? That is the question. The answer often lies in the numerous advantages that come with
With an increasingly globalized world, the business landscape has evolved significantly over the past decades, with companies constantly seeking ways to optimize their operations, increase profits, and fulfill consumer demand in real-time. Onshoring and offshoring, often associated with the electronics
An annular ring derives its name from the shape annulus which means a ring-shaped region. Similar to this, the ring on a printed circuit board (PCB) designates the region between the edge of the conductive copper pad and the drilled
Cable harness assembly is a critical aspect of many electrical and electronic systems. Assemblies and harnesses are essential for organizing and protecting wires and cables, ensuring they can effectively transmit signals or electrical power. This article delves into cable harness
Good solder joint formation is a prerequisite in electronics manufacturing. The failure of one small solder joint can compromise the functioning of an entire PCB and cause intermittent faults, which can significantly reduce the lifespan of any device and lead
The EU’s Restriction of Hazardous Substances (RoHS) regulation has evolved significantly since its inception in 2003. Indeed, it’s now one of Europe’s most comprehensive human health protection, safe waste management, and environmental preservation programs. But more importantly, RoHS-3 is now
Potting boxes are among the most common electronic enclosures. They protect the box’s internal components from physical damage and environmental factors. Potting also enhances electronic insulation. However, the approach is slightly different from other strategies used in electronic enclosure design
The 5s methodology is a system to reduce waste and optimize productivity by maintaining an orderly workplace. In addition to Takt Time it was coined and made popular by Toyota in the 1960s in an effort to eliminate waste from
Fluorine and chlorine have negative health effects when present in certain concentrations in circuit boards. This is the reason IEC came up with halogen free PCBs. Since electronics contain materials with high concentrations of halogens, to have a halogen free
