Plasmacut titanium

However, the durability of this material has led to the myth that it is exceptionally difficult to cut and shape. This is absolutely not the case as long as you have the know-how and the right equipment for the job.

After the titanium is mined, it goes through a series of treatments until it becomes pure metal, or “sponge”. This can then be melted with various other metals to create any desired alloy. This usually comes as an ingot, which is then formed into bars.

Saw cuttingtitanium

Ti-TEK offers a titanium cutting service to ensure that your titanium bars are always the perfect length. We use low cutting speeds to do this, as this reduces the amount of heat produced. If the metal becomes too hot when cut, tool life can be reduced by up to 80%.

If this is not the desired final form, the titanium may then go on to be shaped into sheets, tubes, and a range of other shapes.

Titanium is a famously strong and resilient metal with impressive flexibility and a range of other high performance properties – for example, it is lightweight, hypoallergenic, and corrosion resistant, making it biocompatible and therefore perfect for use in medical implants.

TitaniumCutting Board

You may decide to request our titanium cutting services in order to achieve the most accurate finish possible for your materials.

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Cut titaniumwith hacksaw

How to cut titaniumring

It is possible for titanium to be turned, bored, milled, drilled, tapped, broached, planned, toothed, ground, and lapped depending on its type of alloy and the final form that has been requested.

In this article, the team members at Ti-TEK, experts in the manufacture of titanium products and other metal components, explain how we do it.

A particularly effective way of cutting titanium is the use of a high-powered water jet. The water cools the metal and prevents warping and a range of other negative effects.

How to cut titaniumwith angle grinder

Transverse flutes made out of animal bones were used in Europe in the Paleolithic era. These instruments can certainly be regarded as the ancestor of the flute. However, it was not until the sixteenth century during the Renaissance period that the prototype of the flute that plays such a prominent role in the modern orchestra first emerged and came into widespread use. The term "flute" was originally applied both to pipe instruments held sideways and pipe instruments held vertically. Thus, the vertically held recorder was also called a "flute." Indeed, up until around the middle of the eighteenth century (the era of Baroque music), the word "flute" was commonly used to describe the recorder. To distinguish the transverse flute from the recorder, it was referred to in Italian as the flauto traverso, in German as the Querflöte, and in French as the flûte traversière-all of which mean "sideways held flute."

Cuttingtitaniumby hand

Various refinements have been added to the flute since the Renaissance period. Early flutes did not feature keys. Flutes in the Renaissance period were of extremely simple construction, consisting of a cylindrical body with an embouchure hole (mouthpiece) and seven finger holes. They could also only produce certain semitones. In the latter half of the seventeenth century, flutes with a conical body and a single key attached began to appear. With this mechanism, for the first time virtually all semitones could be played on the flute. Today this instrument is known as the "baroque flute."

It is possible to bandsaw or nibble titanium with the right equipment, but – depending on how the metal has been treated – it can also be shaped and cut using heat. This may be from oxyacetylene, plasma, or lasers. Water jets are also often used to great effect.

Theobald Boehm, the German wind instrument manufacturer, demonstrated a revolutionary new type of flute at the Paris Exhibition of 1847. This flute had a metal tube with numerous keys attached. With earlier flutes, it had been difficult to even get a note out of them, and the intervals between the notes had been variable. Boehm's instrument was a dramatic improvement, however, and overcame these shortcomings. With his major refinements, Boehm essentially created the modern-day flute.

We’ll be more than happy to take a look at your request and discuss your requirements with you to ensure that we are able to do the best possible job.

If you would like our assistance, guidance, or specialist services in this area, all you need to do is to fill in our straightforward enquiry form.

For further information about our manufacturing processes, our products, or any of our other services, please don’t hesitate to get in touch today. You can call us on 0121 382 4121, email info@titek.co.uk or request a no obligation quote.