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Cutting Edge Technology

The Future of Water Jet According to WaterJet Machine Manufacturers

Waterjet machine manufacturers believe that water jet technology is one of the leading and most preferred material cutting methods nowadays. Being the go-to choice of many businesses and industries for most of their material cutting requirements, its popular use is bound to grow even more in the coming years.

The level of success that it has reached so far did not happen by chance or just by standing still. Improvement and innovation are always involved when there is dynamic growth in technology. In the case of waterjet, improvement is working at its core and this brings us to want to know more of what is next for it.

Faster

If you know water jet cutting as a fast way to cut your materials, things about it are bound to become even better. The latest advances in this technology have rendered it to deliver higher water pressure forcing it through the machine’s cutting head. Some are so strong that when it is measured out would even reach 87,000 psi. This water delivered is comparable to the sound of speed, but 4 times faster. 

PSI measures are bound to increase even further. In 10 to 20 years, who can really know the level of speed we will be dealing with. There is a big possibility that the speed gains we will have in the future are not going to be in water pressure, but instead, it will be in design and software grades.  

Thicker

Right this very moment, waterjet machine applications are leading the way. It can handle cutting depths that are 10 times the limit of what laser machines can cut. By virtue of increased water pressure, we can anticipate as early as today that we’d be able to cut metal that is half a meter’s depth. 

Handling Complex Parts

We consider this as the most dramatic jump in many years, the ability of this cutting-edge technology to cut materials that is beyond the usual 2-dimensional cut.  

XD cutting option is now available with waterjet machine. This is simply ahead capable of turning around and moving on multiple axes. This also signifies that you can now handle 3 dimensional part and cut it in just one take, as opposed to needing instead time-consuming and costly secondary cuts.  

waterjet machine manufacturer
Waterjet Cutting Machine

Formula One teams and Boeing typically make use of XD cutting and a number of other industries that require accurate cutting for the complex machine parts they need. 

This space, as can be gleaned from here, is bound to grow even further. The ability to cut complex parts with greater depths at an even faster pace without compromising accuracy and quality.  

Increased awareness about this technology can be expected to happen as business entities realize that this state of the art method of cutting materials saves them time and money, affording them in the process the highest level of accuracy for their required parts.  

When people look back in the 21st century, they will likely remember it as the most exciting time in the history of the waterjet industry. What we are seeing as ultra-modern material cutting technology nowadays is going to become obsolete and underpowered in the next few decades or so.

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Wireless Technology

Laird Antenna: The Importance of Using One

We can all agree that antennas have been around even before we were born. For the most common types, it would be radio and TV antennas that are also very much available. Antennas are utilized to transmit and receive electromagnetic waves. If you are not using antennas for your radio or TV, then no signal will be picked up from the stations. The channels that the TV set can show will be dependent on the antenna strength and how the signals are being picked up. The quality of the antenna, location where you put it, and the weather can greatly affect the quality of transmission and how many stations the device would be able to pick up. Today, there are so many reliable antenna brands that have come out in the market to better meet your needs. One of them is the best of class laird antenna.

Laird Antenna for Your Needs

TV Antennas

An antenna for your television is designed specifically to receive signals that are often transmitted at frequencies of 41-250MHz in a very high frequency band and 470-960mHz in ultra-high frequency band various countries across the world. As there are various antennas, they are also designed differently. This type of antenna consists of various conductors that come with varying lengths and they also correspond to the range of the wavelength that the antenna is specifically designed for. For an antenna to work, it should be used with a tuner that often comes with the TV set.

In addition, a TV antenna can be used both indoor and outdoor. For indoor use, it often comes in a smaller size. It has “ears” that could be adjusted in lengths in order to improve the signal. But it is important to note that this type of antenna is not as good as those that are mounted outdoors or on rooftops.

Antennas intended to be used outdoor are bigger and can receive more and better signals. But the problem is, this kind of antenna can be easily affected by the weather. For instance, if a strong wind is blowing outside, the position of the antenna can be changed, thus disrupting the signal. To avoid this, be sure to mount it on the highest window in the attic or building. This will help ensure good quality signal and prevent disruptions. For the downside, this type can be expensive. One more factor that could affect its signal quality is the location that is relative to the transmitted. If you are close to the transmitter, then the signal will be better.

Child Watching TV
Child Watching TV

Radio Antenna

How this type of antenna work is just like a TV antenna. This is a device that changes an electric current to radio waves and vice versa. Just like with TV, this has a receiver and transmitter. The signals are being transmitted as soon as the transmitter applies radio frequency to the current to the antenna terminals that radiates the energy as radio waves or also known as electromagnetic waves. When it comes to reception, the process is the same as the terminals start to detect the signal and the receiver decodes that it must be amplified. Click here to learn more about other antenna types.