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3D Printing and Its Role in the Textile Industry

With technology, possibilities are limitless. We can attest to it as if we have to compare our lives ten years ago, we have a much better one now. One reason for such is the rise of 3D printing. Its advancing technical possibilities have made developments possible. This has revolutionized trade and production in many fields, such as the fashion and textile industry.

With the use of a 3D printer, shoes and clothes have come out in a more individualized way. With this, new and more possibilities have opened for more functional textiles and take the process to new and better applications.

3D Printing: Its Role in the Fashion Industry

The 3D printing technology is changing the value chain in the world of fashion, from simple design and prototyping to finished products and delivery. The technology is a major factor in the development of the textile industry.

Reduced Cost with 3D Simulation

Designers are acknowledging the benefits of the said technology. Designers design products with the use of two-dimensional materials then create cost-intensive prototypes, as well as sample collections before the product can proceed to mass production.

Such cost drivers can be replaced with virtual 3D simulation. The software is mature enough that it is possible to make test cuts on virtual size avatars, colors, and patterns. The movements and folds of the avatars are realistically simulated.

This simulation helps make the creation of the collection a lot faster, more cost-effective, and more accurate. In case the production of the prototype is shortened, waiting and idle times are eliminated, and it is possible to have variants anytime. With this, companies can enjoy more flexibility and allow them to react faster to the latest trends.

virtual 3D simulation

Online Trading

The technology is mainly driven by online trading that hopes that the avatars in webshops would solve the massive problem in returns. The data material for the said avatars of the simulation is obtained from cost-intensive and complex measurements. With this, the human body date becomes digitally available that makes 3D simulation more useful for the development of collections.

Such digitalization in the textile industry and development of 3D and 4D technology is leading to a stronger and better change in the industry. Soon, we can expect tailor-made products that would become more realistic for consumers. With this, production would be replaced by flexible production facilities that reach the point of sale, as well as innovative applications for a smart and functional textile. Moreover, the environment could benefit from the elimination of textile waste that is generated during production, as well as transport routes.

For years now, technology has made some of the biggest contributions in the fashion and textile industry that we are all enjoying at this present time. But we can only expect to see more great things to happen with the help of this technology. It will not only contribute to the textile industry, but even in the medical and dental field, education, engineering, agriculture, and so many other fields.

A Primer on Sonic Rig Drilling

Sonic rig drilling is more of a rotary vibratory drill. It is a powerful  drilling equipment highly reputed for its high drilling speeds and its various features and capabilities in completing tasks, which also includes continuous coring. This is one of the drilling tasks to which other equipment will be struggling with or will have much difficulty in dealing in handling, but not with sonic rig drilling.  

What you will have initially is give you an impression of it resembling traditional air rotary drill rig. If there is anything distinct between the two of them, it is going to point you to the drill head. In terms of size, it is much bigger when put side by side with a standard rotary head. The head here is critical considering the fact that it is responsible for holding the mechanism required in facilitating rotary motion. The same can be used also in describing the oscillator, it takes on the responsibility of generating high frequency force. 

oil rig

Besides being pushed down and rotated, the drill bit will vibrate in an up and down fashion. These forces melding together makes it all possible to carry out a drilling process. This kind of drilling proper will proceed in the most seamless manner through many different kinds of geological formations even different types of rock.  

The oscillator is one piece of hardware that will drive the hydraulic motor, utilizing as well its out of balance weights so as to come up with and generate sinusoidal forces. Eventually, of it will be relayed to the drill bit. The drill string, on the other hand, will contain all these alternating forces and can be made possible by incorporating air spring. 

Varying frequencies will go so as to come up with conditions that are suitable for operation. Generally speaking, this come anywhere in the range of 50 to 160 hertz or cycles per second. For purposes of having a reference, in other countries the current household conditions would be alternating at 60 hertz.  

This range of frequency is still within the vibration of sound, that level of sound frequency which the human ear can still perceive and hear. Hence, the coining of the term “sonic drill” for this particular kind of rotary-vibratory machine

The Advantages and Disadvantages of Sonic Rig Drilling  

In sonic drilling, the advancement of the borehole is synonymous to rotary.  It has never failed on giving good impressions that it will indeed work and will be even more effective under difficult drilling conditions such as gravel, boulder or landfill. It can also effectively handle softer formations including sandstone limestone or weathered basalt.  

If you will compare sonic drilling to rotary method, you will come to realize that it will only produce about 10% less volume of drilling waste. Vibrations that are being produced by sonic drilling promotes the casing removal for grouting tasks. Air can be used in aid of alleviating borehole smearing for geotechnical and environmental downhole sampling and testing.  

It is inevitable for drilling activities not to create vibratory motions and this can result in disruptions or disturbance to the rock formations surrounding it. There is also a good possibility that it would cause new fractures  to appear on the hard and tough bedrock. When scenarios like this take place, it is likely going to harm the aquifer or the structural testing would be put to compromise.  

But if your drilling project involves making shallow borings only, sonic rig drilling may not be the best drilling method you need to employ. The same thing can be applied when trying to drill through hard bedrock or into some other tough drilling conditions. 

The drilling heat which the sonic rig drilling generates is capable of altering contaminant conditions, texture and may also have significant impact on moisture levels. However, it is comforting to know that  this side effect can be alleviated with the help of drilling fluid. 

You need to put on some protection on your sense of hearing the moment that   generation of sonic vibrations commences. Failing to do so or by becoming oblivious of this run the risk of exposing your ears to damage.