Currently, 3D printing technology is flourishing, generating tremendous economic benefits in various fields such as mold manufacturing, product design, and biomedical applications. If we say that 3D printing is “building a tower from sand”, connecting discrete materials into a cohesive whole with specific shapes and functions through computer-aided design, then by introducing materials with specific … Read more
In the view of 3D Science Valley, detection in traditional manufacturing mainly serves quality inspection, whereas in the additive manufacturing sector, detection is actually core to the process. This is not only due to the value of detection but also the value of big data. This plays a crucial role in product quality management (from … Read more
Click on “Xihua University” above to follow us! How much do we know about 3D printing technology? Do we know the working principle of a 3D printer? What important applications does 3D technology have in our daily lives? How far is 3D printing from us? 。 。 。 Well, to be honest, I don’t know … Read more
Reminder: Click on the top↑↑↑“Manufacturing Principles”Subscribe to satisfy your curiosity Source:Manufacturing Principles Compilation We wrote an article about various screens some time ago Interested friends can take a look ▼▼▼ Why does a phone screen shatter when dropped?
The hype around the Internet of Things (IoT) has been ongoing for years, with Gartner estimating that by 2020, there will be 20 billion devices connected to the internet. The IoT has countless use cases across various industries including logistics, healthcare, maintenance, manufacturing, and construction. The ultimate goal of applying IoT in businesses is to … Read more
Quality Killers in PCB Manufacturing – Photoresist Semi-Polymer In the PCB manufacturing process, many tasks require the use of “photoresist materials,” including inner layer wet film, inner layer dry film, outer layer dry film, and green solder mask. It is a chemical material that, after exposure to light, produces different solubility in the developing solution … Read more
Copper foil is the main material used in PCBs, primarily for transmitting current and signals. The copper foil on a PCB can also serve as a reference plane to control the impedance of transmission lines or as a shielding layer to suppress electromagnetic interference. During the PCB manufacturing process, characteristics such as the peel strength … Read more
Remember when I first did PCB Layout, multi-layer board prototyping costs were very high, and the delivery time was about seven or eight days. Due to cost and time considerations, I often only considered using double-sided boards for routing. Then, holding many design rules that would often “conflict” with each other or experience-based rules circulating … Read more
The main conductor material used in PCBs is copper foil, which is used for transmitting signals and currents. At the same time, the copper foil on the PCB can also serve as a reference plane to control the impedance of transmission lines or as a shielding layer to suppress electromagnetic interference (EMI). Additionally, during the … Read more
(There are benefits at the end of the article, don’t miss out!) As electronic devices develop towards higher performance and smaller sizes, the precision and performance requirements for PCBs are also increasing. High multilayer PCBs can provide more routing layers, allowing for more complex and dense circuit designs, thus meeting the demands for high-frequency and … Read more