Tubular based components are used in tens of thousands of applications by manufacturers in a wide range of sectors. These components vary enormously in size, capacity and use, but the method by which each is made is broadly similar.

The precision engineering methods used to make industrial tubes and shafts include deep hole drilling, deep hole boring, gun drilling, CNC turning and CNC honing.

CNC honing is an excellent way to achieve tighter tolerances and better surface finishes on a wide range of precision machined components with a round bore. Here's a simple guide to this sophisticated process.

Despite the plethora of digital processes in the modern economy, recent research indicates that 96% of UK manufacturers feel there has been an underinvestment in digitisation in their sector.

The survey results span a diverse range of areas, from aerospace and defence to medical instruments and electronics, but the sentiments were consistent. Survey respondents overwhelmingly felt that overreliance on legacy technologies was harming the UK's manufacturing industries' prospects.

When the limitations of conventional drilling pose an obstacle to your project, CNC gundrilling provides a cost-effective and reliable way to drill holes with a diameter to depth ratio in excess of 100:1. CNC gundrilling combines Computer Numerical Control (CNC) technology with high-quality, carbide gundrill tools to create holes between 3mm and 28mm in diameter, up to 2,500mm deep.

Drilling is, in simple terms, the process of creating a hole in materials using a variety of drilling tools to vary the size or depth of the hole. In precision engineering, however, drilling is more complex, yet it’s a common and important process that uses advanced, specialist machinery to deliver outstanding accuracy and speed. The type of equipment best suited to drilling depends on several factors, so it’s vital to select the right technology for the job. Here is an outline of the five main drilling technologies, the majority of which we can provide here at Hone-All.

Effective deep hole drilling demands precision to achieve close tolerances and an optimum surface finish, both of which are negatively affected by incorrect speeds or feeds. Drilling vibration, or chatter, can occur for a variety of reasons, including poor machine preparation, incorrectly chosen cutting tools, improper speeds, and sometimes cause excessive run-out.

Requesting a quotation is the first step when you decide to outsource your precision manufacturing to Hone-All, or indeed any another provider. However, to be able to provide you with an accurate cost prediction for your project, your trusted supply partner will require the following information:

Bespoke CNC machine parts have wide applicability in manufacturing and bring a range of important benefits, which we’ll discuss in this article. Modern precision engineering uses computer-aided design (CAD) software and computer numerical controlled (CNC) machining equipment to create high quality components to demanding specifications, with accurate repeatability over any volume.

A hydraulic system failure is always inconvenient and costly but, in some industries, it can put users at serious risk of injury or death. Aircrafts, for example, rely on hydraulics to move critical mechanisms, including the landing gear, brakes, and wing flaps, so any system failure could result in catastrophic consequences.