You may think that they all say that, and they probably do.

Therefore, it’s worth taking two or three minutes to understand our justification for claiming that you will not find better – or at least understand our approach and the way we do business. It’s the only way for us, and it has delighted thousands of customers throughout the years. We believe we have the winning formula of professionalism, advanced technology and industry expertise and it’s all at your disposal.

Producing blind bores into precision machined components, and responsibly quoting for them, should always result in more questions for the customer. As much as time is short during our busy working days, and these queries often result in a little lost time, it’s always worth investigating at the design stage whether the form required suits the process needed to produce it or will require a non-standard tool.

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.

Honing is one of those subcontract services which often suffers an unfairly bad reputation!

Covered in the apprenticeships of old, it's always the honing machines that bring either the wry smile or comical grimace when people visit as if they were lucky enough to go through a full apprenticeship it was either one of their favourites or the hated machine that just “had to be used to pass the exam”.

A deep hole is defined by the depth-to-diameter ratio and every hole larger than a ratio of 10:1 is considered deep. There are lots of applications for deep hole drilling across many industries, with the origins tracing back to gun barrels. Deep hole drilling is used in different materials and can help achieve a tight diameter, straightness, and a perfect surface finish.

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.