5 of the Biggest Myths about 3D Printing

Published on: 17 September 2019 Last Updated on: 07 May 2021

3D printing is a paradox to many with a lot of myths and misunderstandings. Many folks talk about 3D printing with so many misconceptions and false information. Dubai is leading in many areas, including technology, such as 3D printing. Although many people do not understand how this technology works, a 3D printing company Dubai specialist and other key players know the benefits.

Why 3D Printing is Popular

3D printing is not only used by inventors, but also by enthusiasts to turn their concepts into reality. Printing a model is easier and affordable compared to creating one from scratch by hand. When it comes to low quantities in production, this technology can be used to create and test products. This process can be done severally, cost less, and produce effective goods compared to the conventional way.

Printing from home or seeking a 3D printing company Dubai specialists keeps your designs private, reducing the possibility of imitation. Likewise, you can share your designs with an online community and interact with like-minded individuals.

Apart from printing models, 3D printers can print end products ready for the market. In today’s world with mass manufacturing, things like tailor-made toys are expensive; however, 3D printing solves this problem.

3D Printing Myths

3D printing has been around for over a decade, but most folks still hold on to their myths about this great technology. The misconceptions are both positive and negative.

Below are the biggest myths about 3D printing:

1. 3D Printing is Expensive

Many people believe that 3D printing is not only expensive but agonizingly slow. However, this was true in the previous years, where you needed expensive equipment and materials. You also used the tiresome trial-and-error method to improve the designs.

This changed when a variety of new methods were introduced. These techniques allow any 3D printing company Dubai specialists to improve their products. You can also print in minutes, and the printers are cost-effective. The prices continue to fall as the manufacturers use cheaper but effective materials.

2. You Can Only Print Small Products

Any 3D printing company Dubai specialist will tell you that a 3D printer is not large. They are made this way because they need an airtight chamber to work. Most folks believe that printing in bulk would be a waste of time, while others claim that plastic filament cannot make strong products. However, methods, such as Big Area Additive manufacturing, function in the open air, and produce sturdy pieces. They are used to create a wide range of products from jet fighters to automobiles. Recently, the printer bot has been used to rapidly add fast-hardening materials in the construction industry.

3. 3D Printing Results in Poor-Quality Products

The most laborious process of creating a 3D product is ensuring that the result looks good. A common myth that many people stand by is that you cannot print quality goods using this technology. However, some new methods like Digital Light Synthesis help generate elaborate products from the start. The high-quality finish happens because the process does not require layering. The outcomes are monolithic meaning that they come out as a smooth liquid. Other people also combine hybrid systems that used 3D printed goods with traditional finishes.

4. 3D Printing Can Make Artificial Organs

Bioprinting is an exciting element in additive manufacturing. Many patients wait eagerly waiting for 3D printed kidneys, hearts, and other vital organs. Today, any 3D printing company Dubai specialists can easily customize orthodontics, prosthetics, and hearing aids. Some people believe that with the advancement in technology and especially in 3D printing, we could develop organs very soon. However, scientists are yet to discover how to create such sophisticated items. We can create a network that can support muscles and living tissues; however, we cannot create the tissue itself.

5. Small-Scale Players will Dominate the Market

Some folks believe that 3d printing would usher in a new era of people using this technology to produce small quantities for their use at home. In reality, only a few folks own 3D printers. Educational institutions and corporations own the majority of these machines, and this might not change any time soon.

3D printing might bring an era where manufacturers benefit more from this technology when compared to civilians. This technology can help industries to create a different product every month depending on consumers’ demands. This way, companies can reap more by specializing in a wide variety of products. Eventually, the market will get a new wave of diverse industrial giants that cater to different customers.

3D printing might be new to some, and it might be complicated to others. Although the art of 3D printing has been around for over a decade, some folks still believe myths. Creating vital organs such as hearts and other internal organs is only a myths. It is important to get information from specialists to avoid misinformation.

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Are Adaptive Robots The Next Big Thing?

For more than 60 years, industrial robots have been used to automate all types of production lines. Traditional industrial robots are designed to control the position quickly and accurately. For tasks like moving an object, cutting a circle, robots are more efficient than humans in terms of accuracy and speed. During the course of the last few years, robotics engineering has developed many unseen apps. However, it's still easy for individuals to imagine more than a robot can. It is desirable that robots are smarter, more versatile and safer to shorten the cognition divide. Robots And Its Existing Limitations Once recognized only for the manufacturing company, robots are now a component of many workplaces. For this marvel of artificial intelligence, the future is even brighter. However, there are three major limitations that robots have. Limited Achievable Tasks Robots can only finish a limited set of functions in which it requires only a controlled position and a predefined path. Although there are still countless tasks that are too challenging for a robot to accomplish. Deployment Typically, it requires robotic application engineers to program the sequence and trajectory of their desired movement in a specific language to connect robots to the line of products they are working on. Safety Automation can open doors to dangers. It has been found that just placing robots on a factory floor cannot eliminate potential dangers and hazards. It is important to place them under expert supervision so that their movements do not pose a threat to human beings on the floor of the factory. A good practice might be to install protective walls or harnesses that prevent mishaps from happening. What Defines an Adaptive Robot? A robot of the next generation must evolve beyond the concept of collaborative to tackle problems at its origin. Without compromise, it should inherent safety and performance. There are increasing demands to automate such tasks due to labor shortages and harmful working environments. Transferable Intelligence Robots must have the capability to handle a wide variety of tasks similar to human tasks. And it also has to be able to support the rapid redeployment of newly assigned tasks. Currently, robots have made it easier and cheaper for employers to get the work done. Immense Disturbance Rejection Autonomous robots can maintain their performance, even with unexpected sudden changes in the environment such as floating bases, abrupt vibrations, and even unnecessary human interference. High Tolerance for Various Positions The latest innovation of robots can maintain the task that they’re performing, despite the unpredictability of their new roles such as manufacture or mounting resilience of a workplace, and compiled position errors in the production line. How Robots Become Adaptive With a new generation of robots, a new industrial revolution is underway. Building on new digital technologies, robots now penetrate areas requiring more sophisticated and adaptive skills, such as logistics or even customer-friendly services. We live during an unprecedented speed of technological progress called the digital revolution. Robots, the bridge between digital and physical. And the physical manifestation of this ongoing revolution, powered by new digital technologies such as artificial intelligence, robots now penetrate areas requiring more sophisticated and adaptive skills, such as logistics or even customer-facing services. Adaptability Unleashes The Power Of Artificial Intelligence Deep learning has evolved exponentially, allowing a computer to perceive and make decisions more complex than ever before. The essence of this methodology, however, always contributes to a trade-off between thorough accuracies such as the precision of an identified item location and the universality of robustness against variation and corner cases. A robot with excellent adaptability can make real use of the strength of state-of-the-art AI technology. Also, good power command capacity offers a sensation of contact and improved dexterity, making it easier for AI to thrive in robotics. Takeaway When speaking about drones taking over animal labor and contributing to unemployment, people may get very worried. It is worth noting, however, that many positions and job settings are physically or emotionally detrimental to employees. At the end of the day, technology should always serve people. While most apps of such sophisticated robotics, such as Big Dog, are aimed at multiple army and science initiatives, they are intrigued about the opportunities they retain for manufacturing's future. Read Also: Robot Vacuum: Why You Should Buy Two Trusted Forex Robots In 2019 And Beyond

Everything You Need To Know About Steam Valves

You cannot regulate steam and hot water vapor flow and pressure without using steam valves. Steam is employed in a variety of industrial processes. It is used to power turbines that generate energy, as well as to process food, chemicals, engine parts, and other products. Cleaning, humidification, and heating are all done with steam. Therefore, most applications necessitate regulation, and steam control valves play a crucial role in this. The most common use of valves with steam lowers the incoming steam pressure for process purposes. A state-of-the-art automated valve ensures maximum delivery and process efficiencies by adjusting steam pressure and flow. What Are The Type Of Valves Used In Steam Applications? Many various kinds of valves are accessible for use in steam operations. But each valve must meet the requirements of the specific application. For example, 3-piece ball isolation valves with PTFE coated stainless steel gaskets and seals. In a steam application, safe, high pressure steam valves are an essential component of equipment. These valves, also known as Pressure Relief Valves or PRVs, are created to be employed as a piping installation's safety element. These have a pre-set strength rating to protect all gear in the pressure line if the pressure exceeds the valve's maximum permitted pressure. It works by releasing pressure and enabling steam to flow out from the line by releasing its set. Conversely, it will manually seal and preserve the specified pressure if it falls below the set pressure. 6 Major Applications: The circulation of steam from the origin (boiler) to the point where it will be applied is controlled by valves. Steam valves are being used to regulate the steam discharge amount and hot water vapor in a system. Below are some prominent applications of steam valves: 1. Processing Food processing facilities, along with special refineries, chemical plants, etc., all have steam heating applications. Process fluid heat exchangers, reactors, combustion air preheaters, reboilers, and other forms of heat transfer equipment employ saturated steam valves as a source of heat. 2. Power Steam valves are used to power turbines linked to generators in coal, nuclear, gas, and solar power plants. In these operations, both superheated and saturated steam is utilized. 3. Atomization For segregating the liquids, steam valves can also be used to pulverize a liquid. Breaking up gasoline into tiny droplets to increase combustion efficiency is one example. 4. Moisturization Steam can be used to provide water to an operation while also providing heat energy. 5. Cleaning When it comes to industrial or residential MAINTENANCE & REPAIR, steam can be used to wash a variety of surfaces. Steam valves sterilize food prep gear at a high temperature. Steam treatment has long been used to clean grease and debris from manufacturing machinery in readiness for maintenance or painting. 6. Heating Low-pressure saturated steam valves are the primary heat source providing indoor heating in many big commercial and industrial buildings. Existing plant steam can be used by HVAC units and air handlers effectively to humidify the airflow for interior shelter and convenience of goods and equipment. Additional notable steam valves applications include: Steam forming engines for felt Sterilizers with autoclaves facility HVAC equipment Fluid heat exchangers Directing the sanitary heaters with steam injection Ironers and press machines Water treatment facilities available plants Boilers & re-boilers Keg cleaners Commercial dishwashers Power generating turbines 4 Essential Specifications For Steam Valves When choosing the right valves, many considerations must be taken into account. There must be concerns about the environment, connection, actuators, pressure, temperature, and other service variables. After determining the right valve type and size depending on system pressure and flow requirements, valve bodies, actuators, connections, and component materials are chosen. Threaded, flanged, and compression-fit connections are used for steam valves. Aluminum, cast iron, bronze, steel, copper, brass, and stainless steel are all possible construction materials. Steam valve and actuation are accomplished using standard valve actuation techniques such as: A hand-operating system while wheel or crank is used to open or close manual equipment. Electric actuators are used in electric equipment. Electric and pneumatic valves are widely available, and they are activated by solenoids and air pressure. The opening and closing of a pneumatic valve are controlled by a pneumatic actuator or cylinder. A temperature difference in the treated media activates thermally actuated valves. When a predefined temperature is attained, pressure and temperature relief usually occur. 5 Types Of Valves Despite the fact that most examples of steam valves may regulate steam flow, steam has unique service requirements in terms of temperature and pressure. Here is a list of the most regularly used valves: Ball valves Globe valves Butterfly valves Gate or knife valves Diaphragm valves Conclusion If you're completely new to the world of steam valves, we hope the preceding guide will be helpful. Only if you have the proper knowledge can you choose the best product. But for selecting the correct valves for your use. You have to pick the products which are matching up your exact requirements. So which types of valves are your current requirement? Comment back to us and let us know your opinion about valves. Read Also: How Cutting Edge Technology is Helping Dubai Improve its Healthcare Services 10 Cool Technologies on Private Jets 5 Technologies Disrupting The Construction Industry How New POS Technology is Advancing Merchant Processing

What’s a Good USB Cable?

The use of USB Cable (Universal Serial Bus) has dramatically increased ever since the evolution of cable chargers and file transmission from one gadget to another. It was developed in the late 1990s as a mere connector between computers and external electronic devices. Since then, USB has long been a fundamental power tool for data transmissions, such as songs files, video, photos, and charging of devices and peripheral connections. If you have been using USB cables for a long time now, you probably noticed that the majority of them are not created equally. What does that mean? One USB cable charges your phone pretty quickly than the other. When all USB cables look quite the same, it’s hard to distinguish which is good. No need to worry, you’re on the right page. Below are things you need to know to help you identify a good USB cable. Importance of a Good USB Cable: It is essential to choose the right USB cable. It creates an impact on the charging process and data transmission of your gadget. If you opt for cheap ones — which come at a cheap price, too — it may result in possible safety risks. We don’t want to ruin our devices because of some low-quality USB cords, don’t we? The interference plug is not sturdy. It is prone to damage because of overcharging, especially if it is used for a longer period of time. This may lead to future dangers. Therefore, it is of huge importance to know what comprises a good USB cable. Lower Gauge Charges Faster: Gauge is the wire thickness of a USB cord; when a gauge is higher, the wire is thinner and charges your device slower. This is something we want to avoid. If you’re looking for a good USB cable, then the gauge is one of the things you need to consider.= Thick gauge lessens electrical resistance and enables a better electron flow, thus charges your device fast. Moreover, your USB cable length can affect the charging speed of your device. Short and cheap cords may quickly charge your phone or whatever device you have, while longer ones may take longer. Types of USB Cord: Generally, there are different specific USB cable types. These are the following: Type A - This comes in a rectangular shape and is often seen in media players, computers, televisions, and DC charging cords. Type B - This type of USB cable has a connector on the other side which is plugged into external devices, just like with the right angle pin header for a PCB. Type B cables have two sub-types: the micro and the mini. These three have the same functionality but differs in socket shape design. Mini-USB - The standard for early portable devices. You can hardly see them today. However, some devices still use this like PlayStation controllers and MP3 players. Micro-USB - The more recent standard for several mobile devices, including tablets, smartphones, and video game consoles. They are slowly fading in the industry due to the introduction of the Type-C. Type C - This type enables the user for a reverse plug. You can plug your USB cable regardless of what direction, if it is in the negative or positive way without having to worry the cable is upside down. source Appearance: Take note of the entire package detail carefully. You need to remember that, the thicker the gauge is, the higher the strength of tensile is, and the power output is much larger, as well. The entire body cord does not easily get hot, and the thick gauge is perfect for inner copper protection. Texture: You can already tell if the USB cable is of great quality or not by knowing its texture through touch. Soft and smooth cable texture means the cable has excellent quality. Hard texture ones are often in low-quality. Also, storing your USB cable will be easier if it is soft and flexible. Connection: High-quality USB cables are durable, condensed, soft and the insulation layer is tightly mounted with wire harness. Cheap cables are easy to identify as they are not neatly and properly made. Copper Core: A great USB cable comes in the thick and premium quality copper core. Charging of your device will be more stable and efficient since authentic copper core enhances data transmission and charging. Since it is difficult to look for a good copper core as it is mounted inside the USB cable, choose a thick and heavy cable in this sense. Similar to how people look for source Material: Speaking of material, there are surely tons of materials being utilized in the market for USB cables. Some manufacturers often used TPE, nylon, metal weaving, or PVC. TPE - A type of material that is made of plastic and has a good amount of toughness and flexibility. TPE can be recycled, hence it is environment-friendly. Today, smartphone manufacturers who originally used USB cables for charging, still use this type of material. Nylon - This is a special kind of material used for USB cables. It enhances the peripheral tension of the cord and ensures that the inner copper core is protected against external pressures. Nylon material is pretty strong and durable and has a polished look. PVC - This is by far the most commonly used material for USB cables. It is non-inflammable, durable, external factor resistance, and great stability. But, TPE material aces in terms of appearance and better performance because of its outer coating material. Which is Better, 28/28 or 28/24 Gauge? One of the things you need to take note when looking for a good USB cable is its charging and data wires. With 28/28 gauge, the cord is using 28 AWG for both charging and data. By the way, AWG stands for American Wire Gauge, a standardized abbreviation used by manufacturers of electronics. Now, going back, a 28/28 gauge is will charge your device slowly, which is in total contrast of 28/24 — thanks to the power of 24 AWG — as it can manage 2 amp power. The 28/28 gauge can only handle a maximum of 500 mAh which is considered to be slow charging compared to the 28/24. As explained previously, if the amp (ampere) is higher, the electricity flow to your device is also higher. Hence, your device will charge quicker as it receives a higher flow of electricity. So, whenever you plan to look for a cord, always choose a USB cable with 28/24 gauge Conclusion: There are times we often opt for something cheaper, just because it look and perform the same way with expensive ones. Just like when it comes to buying USB cables. The market offers tons and they all look and work similarly, not knowing if each is made with high-quality materials. If you want something that lasts longer, and you get more than what you are paying for, then be meticulous and look for a good USB cable. The things listed above will surely help you out. Read Also: How Fiber Optic Cables Are Used? Top 5 Electronics Gadgets To Buy From Amazon US EaseUS Data Recovery Wizard Free, The Best Free Software For Data Recovery

5 of the Biggest Myths about 3D Printing

Why 3D Printing is Popular

3D Printing Myths

1. 3D Printing is Expensive

2. You Can Only Print Small Products

3. 3D Printing Results in Poor-Quality Products

4. 3D Printing Can Make Artificial Organs

5. Small-Scale Players will Dominate the Market

Are Adaptive Robots The Next Big Thing?

How New POS Technology is Advancing Merchant Processing

Content Rally

Content Rally wrapped around an online publication where you can publish your own intellectuals. It is a publishing platform designed to make great stories by content creators. This is your era, your place to be online. So come forward share your views, thoughts and ideas via Content Rally.

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Are Adaptive Robots The Next Big Thing?

Everything You Need To Know About Steam Valves

What’s a Good USB Cable?

5 of the Biggest Myths about 3D Printing

Why 3D Printing is Popular

3D Printing Myths

1. 3D Printing is Expensive

2. You Can Only Print Small Products

3. 3D Printing Results in Poor-Quality Products

4. 3D Printing Can Make Artificial Organs

5. Small-Scale Players will Dominate the Market

Share this Article

Are Adaptive Robots The Next Big Thing?

How New POS Technology is Advancing Merchant Processing

Content Rally wrapped around an online publication where you can publish your own intellectuals. It is a publishing platform designed to make great stories by content creators. This is your era, your place to be online. So come forward share your views, thoughts and ideas via Content Rally.

Leave a Reply

Popular

Follow Us

Recent

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