Browse the latest news and updates from the Berkeley Engineering team.

Introduction In the construction industry, there’s no room for error—every component, from structural beams to intricate façade panels, must fit precisely to guarantee safety and durability. This is where CNC milling leads the way. Short for Computer Numerical Control, CNC milling transforms raw materials into highly accurate building components by using automated, computer-guided cutting tools.…

Introduction When it comes to transportation infrastructure, durability, precision, and efficiency aren’t just priorities—they’re absolute necessities. From massive bridges and highways to intricate rail systems, these projects demand components that are built to withstand extreme conditions, high loads, and decades of use. This is where plasma cutting comes in as a game-changer. Plasma cutting technology…

Introduction The automotive industry doesn’t just rely on innovation—it demands it. From sleek designs to powerful engines, every vehicle component has to meet strict standards for both performance and appearance. And it’s metal fabrication that makes it all possible. Metal fabrication allows manufacturers to create custom parts with precision and efficiency, whether it’s a body…

Introduction When it comes to the mining industry, durability and precision aren’t just important—they’re the difference between success and financial disaster. The extreme conditions of mining operations—from high pressures to abrasive environments—demand rock-solid components. That’s where CNC turning comes in, offering precision-machined parts that can take a beating without breaking down. At Berkeley Engineering, we…

Introduction In the high-stakes world of medical device manufacturing, there’s no room for error—and at Berkeley Engineering, we refuse to settle for mediocrity. Our weapon of choice? CNC milling, a process that cuts through complexity with precision that rivals a surgeon's scalpel. When it comes to creating life-saving equipment, good isn’t good enough. Every single…

Introduction In today’s fast-evolving electrical industry, precision and safety are not just priorities—they’re necessities. As electrical systems become more complex and the demand for custom solutions grows, ensuring the integrity and accuracy of components is paramount. This is where plasma cutting comes into play. Plasma cutting is a modern fabrication technique that uses a superheated,…

Introduction In today's fast-paced construction industry, the demand for precision, durability, and efficiency is higher than ever before. As construction projects grow in complexity and scale, the materials used need to match the ambition of modern architects and engineers. Enter metal fabrication—the backbone of the construction world, providing the strength, flexibility, and customisation required to…

The manufacturing of medical devices requires extreme precision CNC machining and adherence to strict industry standards. From surgical tools to life-saving implants, the role of CNC milling in producing high-quality, reliable medical devices cannot be understated. This article explores the importance of CNC milling in the medical sector, focusing on how it meets industry standards, ensures precision, and drives…

In the world of electrical applications, precision is paramount. The CNC machining process involves various stages and operations that ensure high-quality, custom-manufactured parts. From delicate components to large-scale electrical systems, the need for accuracy is undeniable, especially when working with metals. Plasma cutting, a process that uses ionized gas to cut through conductive materials, has emerged as…