Here you will find up to news about Trizo and the industries we operate in.
A continuous supply of high-purity nitrogen plays a critical role in many modern soldering processes. Because of this, Trizo invested in an in-house nitrogen generator in 2024. Before exploring the benefits of on-site generation, it is important to understand why nitrogen matters so much in PCB manufacturing Why Nitrogen Matters
Rapid prototyping is an established method to get new electronic products to market faster. But, particularly in regulated high-reliability sectors, this involves much more than just a rapid design and build capability. Details matter. We have to consider the intended operating environment, compliance with relevant industry standards, and the ability
The design and manufacturing demands generated by compact, high-precision PCB assemblies are mirrored in the inspection process. Miniaturised electronic products and multilayered PCBs that must maintain high levels of performance and signal integrity are susceptible to the tiniest of ‘invisible’ defects. Only ‘invisible,’ of course, if you don’t have the
With the evolution of brake-by-wire, electronic anti-skid and electronically controlled steering systems, high-reliability electronics are finding new applications in aircraft landing gear. These technological advances are being introduced to reduce maintenance requirements, as well as improve control and reliability. Weight saving is another key objective: retractable landing gear can make
The oil and gas industry is often associated with large-scale infrastructure and heavy engineering. However, behind drilling rigs, refineries, and terminals sits a complex network of electronic systems. These systems monitor, measure, and transmit data that keeps operations safe and running efficiently. Electronics support critical functions across drilling, well heads,
Mass-produced electronic components and assemblies are far more reliable today than they were a few decades ago. This improvement is largely down to advances in manufacturing processes and techniques such as statistical process control, which creates a tight feedback loop from end-of-line testing back into production. However, even with these
Smart manufacturing. What does it really mean? It’s a term that’s quite easy to throw around or attach to any manufacturing process improvements – however insignificant. So here’s a bit more detail and context to explain what smart manufacturing means at Trizo. First off – it’s not a collection of
A modern, high-volume electronics manufacturer will use components from multiple countries and suppliers. This has advantages including cost efficiency and safeguarding supply volumes to ensure production targets can always be met, even in an uncertain world. Valuable as these benefits are, they cannot come at the expense of quality and
Modern electronics manufacturing takes place in a tightly controlled environment. At Trizo, we carefully manage moisture and airborne contamination to protect product performance and long-term reliability. For example, we generate nitrogen on site to maintain a clean, inert atmosphere. As a result, we reduce oxidation and dross formation during soldering.
The emergence of wave soldering techniques represented a huge step forward in PCB manufacturing. When deployed with the right expertise, wave soldering delivers exceptional throughput, repeatability and consistent quality, making it ideal for high-reliability applications such as aerospace. It has also enabled increasingly compact assemblies. However, wave soldering is not