Have you ever paid over the odds for drilling, boring or honing? If so, you’re certainly not alone. 

Drilling, honing and boring costs are notorious for being something of an arcane secret for people who aren’t ‘in the know’ about the process involved. We have attempted to shed some light on the world of pricing in our latest downloadable e-book: The Guide To Deep Hole Drilling, Boring & Honing Costs. You can download a copy by clicking here.

What difference does it really make to choose cheaper, lower quality industrial rollers over higher-priced, higher quality alternatives? Manufacturers are under two pressures: Firstly, you need to complete your project to your customer’s satisfaction, meaning that every component must meet the required standard of function and composition. Secondly, you need to complete the project as quickly and as cheaply as possible, in order to deliver within timescale and budget.

When you receive a precision engineering quotation for your project, it’s easy to focus solely on the price. After all, it is in every business’s interest to manage costs to reduce overheads and maximise profits – particularly when we are facing the rising costs and scarcity of materials and consumables right now. And, if you’ve sought quotes from multiple suppliers, the temptation to simply compare the given prices and select the most attractive one – which invariably will be the lowest – is strong.

Tubular components are found in many sectors of manufacturing and industry, but their design and specification varies enormously according to their intended application. In some sectors, such as aerospace and medical instrumentation, for example, tubes must be machined to incredibly tight tolerances to achieve exceptional performance and lightness. Inaccurate machining can result in high reject rates, material losses and sometimes, components functioning poorly which, in some circumstances, could endanger end users.

Deep hole drilling is a machining process in which holes are created up to ten times deeper than the hole diameter. Suitable for a range of metals, including the strongest of superalloys, deep hole drilling is used in many fields, including oil and gas generation, aerospace, mould-making, and heavy industry.

At Hone-All we are committed to the belief that simpler is better when it comes to supply chains. Most people know Hone All for our practical services in advanced honing, boring, and CNC machining. However, we’re also dedicated to trouble shooting, project management, and ironing out supply chain creases.

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.

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.

Deep hole drilling is a machining technology designed to create bores that have high length-to-diameter ratios that could not be produced with conventional drilling techniques.

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: