Here you will find up to news about Trizo and the industries we operate in.
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
PCB defects come in many forms. The root cause can be in the supply chain, the assembly and soldering process, or in the board layout and component placing. Whatever the cause, these problems lead to extra cost, production delays or poor reliability in service. The variety of potential causes means
Reworking a finished or near-complete PCB creates cost, delay, and disruption in the Surface Mount Technology (SMT) production process. In addition, in-service failures and product recalls create serious risk and must be avoided. For this reason, consistent quality and performance depend on rigorous inspection and testing throughout PCB manufacturing. Reliable
AS9100 accreditation is the basic entry fee for electronics manufacturers serving high reliability markets such as aerospace. But it isn’t the whole story. Rather like more general quality systems such as ISO 9001, the number of potential suppliers holding the accreditation gradually meant that it became a way of excluding
Electronic devices are so ubiquitous in modern life that people rarely consider what’s ‘inside the box.’ The simple answer to that question is: an awful lot of complexity. Complexity that must be carefully managed. Even fairly simple devices are likely to contain PCBs holding dozens of individual electronic components. These
Today’s compact electronic devices were once the stuff of science fiction, Now they’re part of everyday life. From smartphones to wearable tech and medical implants, electronics have become smaller, lighter, and more powerful Miniaturisation brings clear advantages. Smaller devices are more portable, consume less power, and allow more processing power,
Surface-mount technology (SMT) sits at the heart of modern electronic manufacturing. By placing components directly onto the PCB surface, manufacturers achieve higher density, faster throughput, and improved performance. Shorter signal paths reduce noise and support higher operating frequencies. As a result, SMT delivers greater reliability across commercial, automotive, medical, and
Cost-efficiency matters – but is it always the most important factor? In high-volume markets with tight margins, manufacturers inevitably focus on reducing the unit cost of electronic assembly. These products can compete in a highly global and price-driven marketplace, where even small savings can appear significant. However, unit cost represents
Bridgwater, Somerset, UK – 8th May 2024 – Trizo Ltd, a leading electronics assembly provider, has announced the launch of a new X-Ray Inspection Service. This service is powered by the advanced TruView™️ Fusion X-Ray Inspection System, further strengthening Trizo’s quality and inspection capabilities. Advanced Non-Destructive Inspection The TruView™️ Fusion