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Fluid control components must meet stringent requirements to ensure the final product operates consistently and effectively. This blog covers the machining requirements for these specialist parts and what it takes to achieve them.
Exceptional quality isn't just a 'nice to have'. As a buyer, you rely on quality components for the reliability, consistency and performance of your product. In this blog we take a look at what good quality assurance looks like, so you can make sure you choose a supplier who will deliver the quality you need.
Among the various types of anodising processes, two prominent methods stand out: Hard Anodising and Sulphuric Acid Anodising. In this blog, we delve into the distinctions of each of these finishing processes, comparing their benefits, common applications, and suitability for CNC machined components.
Have you ever marvelled at the sleek finish on your favourite gadgets? This level of finish is achieved from a process that is part science, part artistry. We're talking about plating. In this blog, we take you through what plating actually is, why you might choose plating, the factors that affect the final plating finish, and how you can allow for plating at design stage.
Delve into the essentials of surface finishing and explore the five key factors every specifier and engineer should consider when deciding on the appropriate surface finish for their CNC machined part.
Delve deep into the art of threads design, manufacturing, and more. In this blog we explore in detail how to select and specify threads for CNC machining as well as draw your attention to key design considerations. We also take you through how Penta machine threads to give you more background for your design.
In the world of CNC machining, precision is paramount. One key aspect of achieving precision is specifying tolerances. Tolerances define the allowable variation in dimensions for a given part. In this blog post, we will explore what tolerances are, why they matter in CNC machining and how to effectively specify them for optimal results.