5G facilities

5G Is Changing Our Life

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We have been hearing about it for years, both because of the technological revolution that it entails and because of the typical fears that it arouses among those who do not understand it. But after several years in which it seemed that it was not going to arrive, it seems that prototype manufacturing for 5G facilities will definitely begin to take its first steps in 2019, and both operators and mobile manufacturers (Samsung, Huawei, Xiaomi or LG, among others) are doing your first announcements related to your implantation. But there are still those who do not quite understand what all this for 5G facilities is, not even some presidents of great powers, so we are going to explain what about 5G.

What is 5G?

The idea behind this development is to allow you to make a phone call, write as before, and above all, surf the Internet at a much higher speed than the current one. Do you remember how the speed you had a few years ago on your home Wi-Fi was much slower than it is now? Well, this is similar. In fact, since you are making use of your memory, you may still realize how much your connection improved when you began to change the 3G connectivity of your mobile to take advantage of 4G, you started to be able to navigate at much more powerful speeds that allow you see current websites without problems, as this is a new evolutionary leap.

This fifth generation of wireless communications is the one that is going to try to make viewing a website on a mobile phone like opening any other file, with a speed so fast that we should be able to load Ultra HD videos or 3D models almost without blinking. The official standard has already been approved, and it promises to be between 10 and 20 times faster than current mobile connections.

5G facilities

The Development of 5G

The standard exists, the first mobiles to support it have already been presented, and operators such as Vodafone have already announced that they will begin to deploy it. But currently you can’t use it yet, so it remains to be seen if those speed predictions really come true from the start or if they still take a while to arrive.

What we are sure of is that on paper, prototype manufacturing for 5G facilities are an almost essential process to survive the electromagnetic bottleneck that exists in large urban agglomerations today. With more and more connected devices, it is necessary to increase capacity and allow even more to connect to, for example, support an always-connected ecosystem of smart cars or the increasingly developed Internet of Things.

What differences does it have with 4G?

In this table you will see the main differences between 4G, 4G + or LTE, and 5G. The speed will be much faster, so you can download content almost without realizing it. But even more important is the decrease in latency. Latency is the time it takes to transfer a data packet within the network, the time it takes for an action to arrive from the moment you perform it until it is consumed. Currently there are already very low latencies, but 5G facilities promises to lower them to between 1 and 2 milliseconds. Added to the download speeds, this will mean that if you click on a photo that you have in the cloud, it would take the same time to open it on your mobile as if you already had it in its memory.

In any case, and as we have said before, 5G facilities has not yet been implemented. This means that we can theorize or comment on what benefits it can bring, but that we will not definitely know until it is definitely implemented and it begins to be exploited. At the moment we have already seen demonstrations such as tele-assisted surgeries in real time, in which the surgeon performs the interventions from miles away. A good summary of what the jump from 4G to 5G means was given to us a few months ago by the chipmaker Qualcomm. For them, 4G served to connect people between them, and 5G facilities are a new leap that will allow “connecting people with everything that surrounds us”, promoting not only communications, but other sectors such as automotive, medicine, health or households.

How Can We Help on Your 5G Project ?

UYEE can provide rapid prototyping，CNC machining services to help you to custom prototypes for 5G facilities during the stage of new product development. If you have any questions or new projects for a quote, please don’t hesitate to contact us.

3D printing prototype model

The Importance of 3D Printing Rapid Prototyping In Industry

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A few weeks ago we presented you with the latest figures from UYEE, it mentions that the adoption of 3D printing technologies has increased by 65% ​​compared to 2016. In less than 3 years we have seen growth substantial in its use. Even so, many companies still have doubts about its implementation, what technology is best for production and above all, what are the steps to follow in order to adopt rapid prototyping services printing in industrial manufacturing.

The step from rapid prototyping service to the development of final parts is something that is being achieved thanks to the rapid evolution of 3D printing technologies, currently additive manufacturing is already considered a means of production for multiple companies. The important thing is to know how to identify which technique is the most appropriate and how to incorporate this technique into production.

The UYEE Company is an advisor and consultant specialized in helping companies to choose the best technological solutions in both hardware and printing materials. Afterwards, carrying out preventive, predictive and corrective maintenance actions periodically. Which ensures the success of the technology implementation, and allows real monitoring of its benefits.

3D printing prototype model

What kinds of benefits does 3D printing have in industrial manufacturing?

When it comes to talking about why adopt 3D rapid prototyping service printing, there are things that we already have clear, the savings in time, costs and materials. But it is always important to detail the real possibilities of 3D printing in industrial manufacturing. Some of the main applications are:

  • It allows the creation of rapid prototyping service, which facilitates the development of new products, and accelerates their time to market.
  • It allows the automation of projects, as it is implemented in the production lines. Maintaining repeatability in part development.
  • They are complemented by other technologies, such as robotics. It can be implemented for you’re to develop the robot’s claws, in the grippers and in other parts that suffer wear due to its use.
  • Efficiency in the assembly line, increases production speed, reduces costs and allows the integration of a flexible manufacturing system.
  • Manufacture of short / medium series, allowing reduction in manufacturing times, and at the same time increasing the time dedicated to innovation and development.
  • Savings in storage costs, reduction in the investment of parts storage. 3D printing gives you complete freedom to print just-in time.

The most relevant 3D printing technologies for the industry

It seems clear that a productive system as versatile as 3D rapid prototyping services printing, in which the same team can be capable of manufacturing anything from high-precision and low-cost surgical instruments to an aircraft turbine, would represent a significant change for most manufacturing industries. Many of us who have been working with 3D printing technologies for years believed we predicted the magnitude of such an event, although looking at it now in perspective, I can assure that we fell very short.

3D printing, also known as Additive Manufacturing, is changing the way most consumer goods are conceived, produced, and distributed. Products that previously required weeks or months to be designed, rapid prototyping and manufactured, can now be launched to the market in a matter of days, which represents an immense saving of time and capital for any manufacturing industry, not forgetting how valuable an early testing of the interest of consumers towards said product and the advantage that this gives them over their competition.

  1. Photo polymerization Technologies:

Photo polymerization is the oldest 3D printing system around. It basically consists of the selective curing of a liquid photopolymer in a tray using various methods. The 3 most common types of photo polymerization are: SLA (Stereo lithography) or Stereo lithography, DLP (Digital Light Processing) or Photo polymerization by Ultraviolet Light and Photo polymerization by photon absorption.

3D printing technologies have countless applications depending on the sector to which they are intended, although I can summarize them, according to the use of the parts manufactured by this technique, such as or, in the case of equipment for this purpose, “production of final parts with highly detailed structural and aesthetic finishes”.

Thanks to their low production cost and the appearance of open source-based SLA and DLP printer models, such as the well-known B9 Creator, or the innumerable low-cost models such as those marketed by form labs, these 3D printing technologies have acquired a lot of notoriety in sectors such as jewelry, dentistry, miniatures, reproductions and, of course, in rapid prototyping services for various industries.

  1. Powder Bed Fusion Technologies:

Powder Bed Fusion 3D printing technologies basically consist of a layer of powder (of the material with which you want to build) to which a source of thermal energy is applied that melts with the programmed layer shape until the desired object is formed.

artificial intelligence

The Future Of Artificial Intelligence Impact On Traditional Manufacturing Industry

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Believe it or not, with artificial intelligence and CNC machining in UYEE company we are facing the first real transformational technology, also including the point of view of people (not corporate). The cause is reduced to a simple fact: until now, technology has been created to be used by human beings, and based on that use, relationships, business, applications and / or solutions for society were developed.

Technological advances are changing the rules of the game for companies. The development of robotics, the internet of things, artificial intelligence (AI) and CNC machining, among many other factors, are forcing companies to adapt to new ways of organizing, new production models and new human resource strategies to do facing this reality that advances at a dizzying pace.

Artificial Intelligence Will Change the CNC Machining Industry

artificial intelligenceAdecco has carried out a study to measure the direct and indirect impact of artificial intelligence in the world of work. The result reflects that, despite the fact that this technology is still in full development, 37% of the human resources directors surveyed believe that artificial intelligence and CNC machining already have a significant relevance, is the present and is a reality at the moment. 48% maintain that the true impact will come soon, in the short-term future, and that you have to be prepared for when that happens.

Thus, we find that this type of technology breaks with this premise: in this case, the AI ​​is the one that feels, understands and acts. In other words, the business layer of a country (the one that generates value and wealth) is being endowed with an autonomous, intelligent capacity, capable of emulating what human strength was doing until now. This new panorama implies an important component of social impact, and therefore we must take into account the control that this type of impact requires.

Four years ago, according to Tech Vision (Accenture), the smart enterprise ranked fourth among the most relevant trends, while three years ago, topics involving AI were ranked as the most relevant. It is not only a technological concept, but also with a large component of social impact, which implies special procedures when dealing with and managing it within the company.

Artificial Intelligence Makes the Improve Productivity Hugely

However, although artificial intelligence and CNC machining are present on everyone’s agenda (managers, C-levels, programs, etc.), what is still not taken into account is the impact of it. The focus is on training artificial intelligence and CNC machining in UYEE company, but since the system emulates what a person does (actuates, understands and makes decisions), it is becoming essential to take the impact into account.

To illustrate the importance of this impact, we can put the case of Ant Financial (part of AliPay), a fintech that has just raised the largest financing for this type of companies globally. This fintech is determining payments, insurance, loans, etc. based on machine learning. As we can see, the relevance of the task has an incredible impact, to the point that a single decision can change the economic situation of a family or business

Why does the case of artificial intelligence and CNC machining require a different management? Apart from what has already been commented, we have to observe three major factors: AIs learn autonomously, make autonomous decisions and evolve without human intervention. Continuing with the previous example, I would do it based on the optimization of economic ratios. This presents us with a double perspective, with challenges and opportunities that are worth highlighting:

  • The artificial intelligence of a company can interact with people. This makes them a representative of the company, for better or for worse.
  • AI can be allowed to make decisions with the same authority as humans.
  • The company can use machine learning to develop a series of skills that can be used by various functional areas of the company.

AI and workers

As with robotics, the risk that the development of artificial intelligence and CNC machining can pose to workers is often discussed. However, 74% of HR experts are convinced that there is nothing to worry about. Of these, 67% believe that the possible elimination of jobs will be clearly offset by the creation of new ones, in such a way that the number of employed will remain stable, while 7% believe that new needs will be created that will require of a greater number of professionals than exists now and companies will have to expand their workforce.

Only 26% of those surveyed think that artificial intelligence and CNC machining will cause the destruction of jobs at a faster rate than new ones will be created and that the total balance will be negative.

Higher productivity

Almost all experts (94%) are sure that AI will serve to increase human performance. So much so that 98% of them consider that the implementation of these systems will lead to an exponential increase in the productivity of companies, although 73% believe that this will require making the most of the true potential of smart technologies. Only 2% of the managers consulted say that productivity growth will not be so high.

In addition to improving productivity, artificial intelligence could also improve the living conditions of workers, as 72% of those surveyed think. These ensure that these technologies will take care of the routine tasks that hinder the work of professionals. 28%, on the other hand, consider that they will bring benefits to employees, but not so many as to say that it will improve their quality of life.

 

For Industrial Design – The Most Basic Step from Concept to Prototype

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The creation of prototype manufacturing is a great step where the idea stops being a simple concept on paper, and becomes physical, becoming the first test of whether an implement is viable. When it comes to industrial design, carrying out a prototype is a task that requires not only imagination, but also extensive experience in the area. This is because some of products in industrial design tend to work in conjunction with molding that is usually extremely expensive, and in case of failure, if you do not have the necessary experience and knowledge, it can lead to millions in losses.

So we can also note that the rapid prototyping has great benefits. If they are effective, you end up getting a breakthrough when performing a task, providing a service, or saving on production. If the prototype is very successful, it can be patented, becoming a great source of income for its designer and creator. However, for the development of a prototype, a certain number of steps are needed to follow in order to minimize the possibility of errors and losses.

2D Drawing (computer-aided design)

Initially, 2D CAD systems only accelerated the process of producing these design drawings. These tools also make design modifications easier and substantially enhance engineering operations. When 3D CAD systems were introduced in the 1990s, they, too, enhanced processes and designs. Despite 3D capabilities, 2D drawings remain the primary means of transporting a design into a production setting. 2D drawings were vital for most of the contemporary design’s life, perhaps until the last decade.

Before computers, 2D drawings were utilized to specify the requirements of a component completely. In producing a product, such as a bolt or fitting, 2D drawings are utilized as the sole reference. This technique of manufacturing may be traced back to the dawn of technical knowledge. Their history demonstrates their significance; for millennia, 2D drawings were the only means of conveying design information – until CAD arrived.

While there appears to be a declining trend in the utility of 2D drawings in the design world, we will hit an asymptote, most likely above zero, at some time. At this stage, 2D drawings will still be important and valuable in certain ways, but we will spend as little effort refining them or expressing information through them as possible. Historically, we used these drawings to transmit large amounts of part-level data. Because most of this data is now transmitted via CAD models, the only data we must send at a part level is critical.

CNC machining tolerances

Creating a draft & CAD model

It is the first step and obviously ends up being one of the most important. It is the elaboration of a draft of the prototype in question, which ceases to be an idea and becomes reflected on paper. In this way the idea becomes a visual manifestation and you can start working on it.

Once you have a draft, you can seek help from product designers so that you can begin to carry out the necessary studies for your recreation. Depending on the area to be taken, it will be the expert in question. After that, the design begins to be studied in order to continue to the next step.

We can also take into account that the creation of a CAD (Computer-aided design) helps us enormously to plan how to build the prototype model. Recall that currently, most of the creation is assisted by means of machinery and molding, so having the design on a computer greatly facilitates the verification work.

Creating a BOM list

For a single component ,it is not necessary, but if it was a whole set prototype model ,it’s needed. The elaboration of a list of BILL OF MATERIALS (BOM) allows enormously the acceleration of the project. This list is a large and extensive dictation where you can see the raw materials, the various components in use, the instructions for the construction of the components, the manufacture, and in some cases the repair of the prototype itself. This list clearly indicates what the materials are, and the different processes for creating the prototype.

The manufacturing processes of building prototype

Currently we can speak of two types of procedure that are considered to be at the forefront. The first is about 3D printing. This procedure uses machinery that, after having the information related to the product, begins to create it from scratch, commonly using plastic and rubber ,metal , which are the most easily moldable materials. The other viable manufacturing process is known as CNC prototype machining. It is widely used when it comes to metalized and plastic pieces, since it works with a machinery making a kind of carving directly on a piece of block. This process is mostly computerized, resulting in a part of the exact size needed. With this procedure, the prototype will be exactly as planned.

Having already chosen advice for the design and the material of the creation, you should turn to a prototype manufacturer capable of producing the prototype. Choosing a manufacturer is extremely important, since they must be able to carry out the concept studied, the applied design and finally transform it into the part in question.

New Manufacturing Methodologies

You, as an engineer, know how far modern Production has advanced, with workflows going against even only a decade ago. Additive manufacturing is the hot new production technology that everyone is talking about when revolutionizing the design world. Perhaps the most significant shift in the engineering design world has been brought about by gradual, incremental technical advancements in manufacturing processes.

CNC machining services and other kinds of subtractive manufacturing these manufacturing processes used to be analog, requiring the input of a trained artisan to obtain a high output. Because of the requirement for human controls, Sometimes we had to develop 2D drawings except building CAD model .

Conclusion

The experience becomes necessary. UYEE is one of the many prototype companies also focused on the manufacture of the designed prototypes. Through the design, and its extensive experience, it ends up creating an exact prototype to the desired one taking into account measurements, hardness, finished and tolerances of each piece. In this way, the prototype ends up fully fulfilling the work for which it was designed, and can be evaluated for later mass production.

If the steps are followed to perfection, the prototype will yield great benefits. Therefore, it is extremely important that the appropriate steps be followed: the slightest failure will end up resulting in a deficient prototype, which will end up being discarded even though its concept is perfectly viable.

 

prototype to production

How to Move Your Idea From Prototype Product to Market

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Starting in the creation of ideas for the manufacture of some part or object, is a fairly short path when you find your ideal manufacturer. When you want to start a process of manufacturing parts, parts or a complete object, it is important that you can generate some ideas first, because if not, you will not be able to achieve what you have wanted so much. This is how the use of rapid prototyping originated, the process by which you can achieve materialize your first part or product, taking another step towards the production path. The use of rapid prototyping technology has become popular today, due to its important results.

Rapid Prototyping Technologies

3D printing is so well welcomed today ,for some of complex part without high requirements on finished and tolerances ,perhaps this is a good option. CNC Prototype Machining is a technique that has prevailed today, this thanks to its precision, but also thanks to the speed that it can show during the creation of a product.

prototype to productionBe that as it may, the CNC Prototype already has a place in the hearts of manufacturers, and also in all customers who only want to see their dream of marketing their products come true, and that they reach the hands of all. When talking about prototypes, we make it clear that it is an initial idea that was materialized, this due to the obvious need that all creators have to observe and evaluate the behavior of a piece, long before it is present in the production lines.

But what happens after this phase is over? The prototype phase will not last forever, in fact, it is the beginning of something more important, and once the part included here approves this process, the next step must be taken to be able to start a production with a much higher volume than the current one, where the product will be definitely created. This is when the next step should be started, which will consist of jumping from the prototype to a production phase.

What Should You Do After Completed the Prototype Product Phase?

In the first place, it is important to clarify that if you have reached that point, it is because you have a clear idea of ​​how your product will serve your future users, who will enjoy its functions and benefits. You know your idea well, and you know very well what you expect from it, you just have to have the necessary resources so that everyone knows it as well as you do. Well, as we have already clarified that point, let’s go back to the central theme, which indicates the steps to follow to take the prototype to a much more serious, and practically definitive, manufacturing level. We know that when it comes to a new product, it is important to have some allies, that is, some people who are capable of providing a service that both you and your clients need. These people who will get involved must be organized, punctual and very responsible, because if their work fails, you will be failing clients.

Although it is important to have a clear idea of ​​what you want to offer, it is also important to create a sales strategy that allows you to approach everyone in a practical way. This is the step where most of these entrepreneurs choose a virtual platform to publicize their products. Offering products on websites for sales reinforces the opportunity to develop a very good digital marketing strategy, and also teaches you to connect with customers all over the world.

The Importance of Patents

This is an issue that many manufacturers do not touch, and it is a complete error, since the registration of a patent is capable of legally protecting your idea, without the fear that it will suffer some type of theft of ideas. It is important to take care of these details that can be problematic in the future.

 

3D printed shoe

How Rapid Prototyping Technology lead the fashion?

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3D Printed the Dress

A 3D printed dress that apparently might seem completely made of fabric, at first glance it appears soft and sinuous, able to move and sway just like any cotton dress. In reality, this is an incredible result obtained thanks to the use of a new creative process, conceived by the Nervous System design studio.

Kinematics, the name of the project, combines origami techniques with new approaches to 3D printing, experimenting with the most advanced rapid prototyping technologies .In fact, we start with the 3D model of a dress made with any CAD and it is composed in blocks, triangular segments of various sizes. It is possible to control the size, position and quantity of the triangles with a design tool based on Javascript and view in real time how the changes will have an impact on the polygonal artifact.

3D printed dressThe designer Jessica has made this technique even more advanced, inserting buttons, expertly modeled on the triangles, making the clothes even easier to put on and take off. The result is amazing, as her dress moves adhering perfectly and flowing just like it was made of fabric. Thanks to the 3D scans of the model’s body she managed to get a perfect fit. She worked with a prototype manufacturer to optimize the print quality and aesthetics, thanks to the attention to every detail her garment was recently acquired by the Museum of Modern Art.

Her creations range from abstract forms to clothes and objects, from which emerges a great interest in experimenting and using always different materials. Her latest collection, “Wanderers”, presented at Euromold represents a further demonstration of how 3d printing represents one of the most concrete examples of how rapid prototyping technology can look continuously towards the future.

Why a shoe made with 3D printing?

It is a real race for innovation, the one that has involved the major world sportswear brands such as Adidas, Nike, New Balance 3D printed shoeand Under Armor, in the new technological concept, capable of combining 3D printing and shoes. Each of these multinationals has proposed a prototype of a shoe with a plastic sole made entirely with 3D printing techniques, and the future holds many other innovations.The application of rapid prototyping logic to the world of footwear seems to be an ideal solution for the most common problems .The first thing that comes to think of a shoe is the first fundamental advantage: the size. Surely many of us will have found themselves having to make a difficult choice, especially in terms of half sizes and compatibility with foreign measurement systems.

If the future linked 3D printing and shoes inextricably, all these problems would be eliminated, and each of us would have the shoe with a sole molded on the sole of the foot. In addition to the size, a 3D printed and therefore completely customized shoe would represent the definitive solution to some postural difficulties . So this style rapid prototyping service is cost effective.

Some foot malformations lead the patient to have to choose specific footwear in order to reduce pain and discomfort. Designing a model starting directly from the foot would fix all these problems .The combination of 3D printing technology and shoes is definitely a revolution that guarantees double satisfaction. On the one hand, customer happiness, for complete and subjective personalization, on the other hand, that of the company, capable of significantly reducing warehouse and storage costs.