Gun drilling or deep hole drilling is widely used, and
hugely beneficial, across several sectors and for different applications. The
process requires specialised equipment and knowledge to maintain the straightness,
and tight tolerances necessary for some components.
Considering the advanced industries using gun drilling, it’s evident that production of certain parts requires a reliable, time-efficient and accurate process. Here’s what it all entails and why it’s so important when choosing the right engineering company.
Deep hole drilling (DHD) is a stress measurement technique used in engineering materials and components to measure locked-in and applied stresses. The process measures residual stresses at a microscopic level with penetration of over 750 millimeters (30 in), without destroying the original component.
Advances in engineering technology have given common CNC machining centres gun drilling ability up to a certain depth-diameter ratio. Roundness and surface finish are among considerations. Common applications of deep hole drilling and machining processes include Continue reading →
Multi-tasking is the “in” phrase in engineering circles these days. It makes eminent sense. Why use a variety of machines to fabricate a component if you don’t have to? Every time you have to break a machine down and re-set it, it results in down time, and down time is unproductive time. The longer that any piece of kit remains idle, the less efficient any company’s production process will be.
The Advantages of Multi-tasking
In addition to the actual down time of the machine, there’s also the physical act of moving components around the shop floor to be considered. It’s not only labour intensive. You also run the risk of losing or miscounting items within a batch, or of course misplacing the batch altogether. With a multi-tasking machine, (where all of the various operations are done on the same piece of kit), there’s far less down time. The risk of losing or misplacing items is completely eliminated. Continue reading →