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Really Fashion Wearable Device
Weon Glasses: Smart Looks
WeON Glasses' service is professional and polite, and they patiently listened to my requests for customizations. Their glasses are of exceptional quality and loaded with the latest technology, making them one-of-a-kind in their design.
WeON Glasses has the most fashionable collection of glasses with cutting-edge technology that has made my life so much easier with just a tap.
Smart glasses are the future. There are a lot of Bluetooth-enabled audio glasses in the marketplace to choose from. Here are some of the best audio smart glasses to consider and some of the top things to look for when buying one.
Some Of The Top Audio Smart Glasses:
1. Razer Anu
Razer is a company that is well known for producing some of the best PC and gaming accessories. However, they’ve recently entered the consumer electronics space and widened their audience. Their Anzu glasses are excellent. Not only are they water-resistant, but they deliver good sound. They are also relatively light making them comfortable to wear on your face. They have Bluetooth and a good battery that lasts upwards of 5 hours. Therefore, these glasses should be capable of day-to-day use.
2. Bose Tenor
This is another entry into the space. Bose is well known for producing some of the best audio devices in the marketplace. Bose’s brand is easily the leader in consumer-grade audio equipment. Their glasses are no different. Not only is the sound excellent, but they deliver 5 and a half hours of battery life and they are comfortable. They even have voice-calling capabilities. The biggest downside is that they don’t have an IPX rating which means you cannot get them wet.
3. Bose Tempo
As you can see, Bose is a very capable brand that makes some of the best consumer-grade audio products. The Tempo might be their best in the smart glass arena. They are not only good-looking, but they have an IPX rating of IPX4. This means they are splashproof. Having smart glasses that can withstand getting a little wet is key. After all, you will likely be wearing them while working out, walking outside, and more. You don’t want a little bit of water to ruin the fun.
Key Things To Look For When Buying Audio Glasses
The most important thing you want to look for when you are buying any kind of glasses is comfort. Comfort is likely your priority because no one wants to wear something big and heavy on their face. This is why you need to look for glasses that feature a lightweight and comfortable design. Looking at the reviews can be a good way to identify the most comfortable glasses to consider.
You also need to look at the technology that goes into the frames. You need to find the glasses that have all of the tech and features you want. You likely won’t be replacing them anytime soon. Because of this, you need to identify frames that have what you want both now and in the future.
Overall, there is a lot to consider when buying smart glasses. Some brands are delivering some excellent value for the money. The brands listed above are easily two of the best. Not only do they have good glasses that deliver excellent value, but they are feature-packed and available at a competitive price that makes them worth buying.
There are so many different consumer electronics startups that you should have your eye on. There are countless startups making noise in the industry. Because of this, it would be impossible to list them all. However, some startups are making more noise than others. Here are some of the top consumer electronic startups that you may want to consider keeping an eye on.
1. JLab Audio
While not technically a startup, JLab is one of the leaders in the space. They are pushing the boundaries on consumer tech. They are known for selling some of the highest quality and most affordable earbuds and other audio headphones. They have been doing a lot to ensure they are pushing the industry forward. They’ve even built out a virtual fitting room to give people an idea of what the experience will be like and to see how the buds will look when they buy them. They are doing this to reduce the high return rate that a lot of earbud companies have to deal with.
This company is one of the startups that is completely changing the game when it comes to charging. They sell some of the best-looking chargers you will find in the marketplace. They sell aesthetically pleasing electronics. They are making beautiful designs whereas a lot of their competition just makes functioning accessories. They know how much people enjoy having nice-looking things and they are making chargers that can serve as decorative pieces rather than ugly cables and charging solutions. Their chargers can be found in department stores and online. If you are interested in charging technology and more, you should be paying attention to them.
This is a company that is known for making a camera that can record 360-degrees. This camera is now being used to live stream amazing events like Nasa launches and more. They have excellent stabilization and other features that make them a compelling option for professionals and consumers alike.
Light is a startup that is looking to ensure people have a way to keep in touch without being distracted. The modern smartphone has a lot of things that will distract you daily. If you want a phone that isn’t going to throw all of those distractions in front of you so you can achieve optimal focus, you’re going to need the phone from Light. Light sells a phone that is only equipped with all of the essentials that a traditional phone used to have. That way, you aren’t tempted to spend all day scrolling through TikTok and Twitter. You will have a phone that can be used for communication alone.
As you can see, there are a lot of different consumer electronics startups that you should be paying close attention to. Listing them all would take forever. The ones mentioned above are only some of the best startups to keep an eye on when you are looking at the best startups and innovative companies to keep an eye on.
When it comes to eyewear, you are starting to see smart eyewear enter the mix. It seems like every gadget is getting connected. If you are looking to invest in a pair of smart glasses yourself, you may be interested in learning about the market. Here are some key things to know about the market including the trends and sizes.
1. More Companies Entering The Mix
You can anticipate the growth to be exponential with more and more companies entering the mix. Several companies have already announced they will be offering their take on smart glasses. Some of these companies include Alphabet, Microsoft, Sony, and more. You will find that a lot of brands are getting into this field for the AR aspect, but some of them are looking to approach things differently. For instance, Bose is entering the same with more of a focus on audio.
One of the things that have been and continue to hold back the adoption of smart glasses is the lack of stylish options. Unfortunately, it can be difficult to design them so they are aesthetically pleasing. After all, you are packing in so much technology into the frame. Therefore, the frames tend to be rather bulky and unattractive. A lot of the more trendy glasses you will find in the marketplace have tin bezels and frames. Thus, the technology that is packed into these glasses can make them less than stellar in terms of style. That being said, brands are finding ways to improve the style of the glasses.
The trend to cram more and more technology into the glasses is there. You are finding a lot of brands find ways to cram excellent technology into the glasses which makes the glasses much more useful. The technology that’s being introduced into these glasses is only making the glasses increasingly practical for everyday consumers.
The trend to incorporate gaming into the space is certainly there. You will find a lot of brands focusing more on gaming than any other aspect of AR.
What’s Holding It Back?
The biggest thing that’s holding the adoption of smart glasses back is the high price. Another thing would be the concerns surrounding privacy. However, that’s not nearly as much of an issue as the price tag. Smart glasses are still high priced relative to some of the other gadgets out there. The tech is still new and it’s still expensive. Brands know it’s a niche product right now so they cannot mass produce and get the economies of scale to the point where the glasses are cheap enough to make it an easy buying decision.
The market size of these glasses is expected to grow by nearly 3.4 billion from 2020 to 2024 . You can anticipate a lot of consumers having their smart glasses by then. They are going to go down in price which makes them much more attractive as a buy for the average consumer. Not everyone is going to be willing nor able to pay early adopter prices.
Google is credited as being the technology pioneer for smart glasses. They were the first to invest in this new and modern form of eyewear, with the first official Google glasses being released in 2013. In 2018, it was estimated that over 800,000 users worldwide own smart glasses with the numbers slated to fluctuate in coming years.
Smart glass technology is credited with offering a hands-free and immersive visual experience, but beyond those touted benefits, is there a darker side? Google, though its original creator, actually warns that wearing their glasses may have certain health implications. If that’s the case, what are the real disadvantages of owning and wearing smart glasses?
1. Smart Glasses May Negatively Impact Your Vision
Every day you wear glasses to correct your vision, but smart glasses can actually contribute to migraines as well as eye strain in certain people. Though these side effects are ever-present when wearing traditional lenses, they seem more pronounced when smart technology is employed. It’s also important for people that have undergone Lasik surgery to discuss wearing smart glasses in depth with their doctor.
Many parents are also voicing concerns about smart glasses, and rightfully so! Children under the age of 13 should not get exposed to these modern lenses. They can cause vision development problems in young children which can lead to permanent impairment.
2. You May Inadvertently Cause Accidents or Be in One
Smart glasses may seem like the answer to all of your problems, but they are actually quite dangerous, warns Google. The glasses contain blind spots that can negatively impact your peripheral vision which in turn can lead you to cause accidents or to be in one. In order to safely complete your daily tasks such as driving or crossing the street, you need to have full use of your eyes. Unfortunately, smart glasses contain a full loss of vision in the upper-right quadrant.
3. Where You Can Wear Them Is Limited
Theaters have officially banned visitors from wearing smart glasses. In fact, many businesses are also likely to follow suit as there’s a great level of mistrust surrounding this technology. People don’t actually feel comfortable being around others wearing smart glasses as they may get filmed without their knowledge or consent.
4. These Glasses Have No Real Defined Use
Apart from demanding a hefty price tag, there’s no solid reason to support wearing smart glasses. They do not allow for freedom of movement, and in fact, they make it harder to participate in sports or other activities that require brisk movement. Additionally, their integrated features are glitchy at best and there’s always the concern of an impending data breach.
Smart glasses once seemed like the answer to all of our vision problems, but in reality, they create more problems than they solve. From carrying a hefty price tag to hindering your field of vision, they actually pose somewhat of a safety risk. Still, those that want to give smart glasses a chance have the ability to select from a few available manufacturers.
Smart glasses are used in many different ways. The versatility of smart glasses makes them intriguing for many different types of consumers. Not only do they have business use-cases, but they have consumer use-cases too. Here are some of the different ways smart glasses are used.
Different Ways Smart Glasses Are Used
1. For Music
One of the main ways a lot of smart glasses are used is for music. There are many glasses released that have upgraded speakers on them. This allows them to be used as a substitute for earbuds. If you are someone that listens to music or podcasts while on a walk outside, you may be interested in using glasses instead of earbuds. It allows you to be more conscious of your environment. It can be safer to use because you won’t have something muffling the sound of ambient noises nearby. This can help you hear a car honking and more. Also, it can be a way to enhance the experience especially if you opt for glasses from audio-centric brands like Bose.
2. Taking Videos
Another good use case for smart glasses has to be creating content. A lot of people use these glasses as a way to create unique first-person perspective content. This is very difficult to do with other kinds of recording devices. You need glasses to provide a realistic first-person perspective. You will find a lot of glasses taking advantage of this feature by incorporating quality cameras and recording capabilities in them. This includes the Snap Spectacles which are pricey.
3. AR Features
Another way a lot of people end up using these glasses is for the AR features. Some of the glasses being released have different AR features that can immerse you into things a lot more than you’re used to. They incorporate things like location-aware data, communication support, a built-in camera, and even smart voice control. All of these things make using the glasses incredibly fun and useful. This is one of the ways people use the glasses that is expected to only get better and continue to drive more people to them.
Another big way a lot of people end up using these glasses is for boosting productivity. You will find a lot of the glasses incorporate productivity-boosting features including voice search and even relaxing sounds for better focus. Some glasses are even tailored to provide better focus through productivity-tailored features.
Overall, people use these glasses in many different ways. You’ll find a lot of different features on the various glasses being released in the marketplace. Some are purely meant for content creation. Others are meant for productivity. Others are more geared for entertainment. Likewise, some incorporate everything you would want into the glasses. However, those are going to be much more pricey than glasses that are geared to a specific use case. You can find some budget offerings available, but smart glasses are still in the early adoption phase. Therefore, you can expect to pay a premium no matter what kind of glasses you’re looking to buy.
The eyewear market is rapidly expanding, with developing technology being used daily to deliver the best possible outcomes for the products. Especially with the numerous rapid prototyping industries, mainly 3D printing in the eyewear industry, the future is altering and revolutionizing.
It has been determined that 3D printed glasses will significantly increase income in the sector over the next few years, resulting in sales of millions of dollars. This is due to the high demand for bulk personalization and product customization. We’ll look at how else 3D printing assists in the advancement of eyewear technology in this article.
Materials Used In the 3D Printing Of Eyewear
Multiple materials are employed in 3D printing to deliver the clients’ accurate and desirable results. Carbon grapheme, plastic, photopolymers, and polyamides make up most of the 3D printing materials used. Each material is employed in a different aspect of eyewear.
For example, polyamide, commonly known as nylon, is used for 3D printing the eyewear frame since it is designed to be highly sturdy and resistant. These two typical reasons buyers look into eyeglasses make it perfect and simple for the material to be used in glass frames.
Types of Technology Used In 3D Printing
Various rapid prototyping technologies are employed in the eyewear business to carry out the 3D printing process. The following are some of the most commonly used technologies:
Stereo Lithography: This is a quick and low-cost commercial 3D printing method that uses a pool of photosensitive fluid hardened by every layer with a machine-controlled UV light.
Selective Laser Sintering: This method is applied to metal and plastic prototypes. SLS builds a model one piece at a time on a powder bed, employing a laser to burn and polymerize the powder layer.
Material Jetting: This procedure, also known as Fused Deposition Modelling, is a low-cost and simple-to-use method utilized in most non-industrial consumer 3D printers. This procedure is constantly upgrading, is quick, and inexpensive, making it excellent for product creation.
Powder Bed Fusion: This method, also known as Selective Laser Melting, is preferred for generating quality, intricate parts. With a strong laser, a thin metal powder is dissolved one layer at a time to construct either prototype or manufacturing pieces.
The selective laser sintering process has been proven to be perfect for the creation of personalized eyewear and is being used to revolutionize the future of 3D printing in the eyewear sector.
Produces Trendy Eyewear
People’s choices are changing as the world is changing. People are increasingly turning to personalized eyewear to add their own distinctive touch. This is now possible because of 3D printing technology, allowing customers to design their own eyeglasses. This can be done for different glasses, including sunglasses, reading glasses, and sports glasses.
To Sum Up
The 3D printing process is thought to have transformed the future of the eyewear business. The introduction of limitless designs and the ease with which they may be created has genuinely contributed to an increase in revenue in the worldwide eyewear business and is predicted to do much more success in the coming years.
If you’re wondering what plastic injection molding is, it’s the method by which plastic particles such as thermosetting or thermoplastic polymers are melted and then poured at force into a mold chamber, further filling and hardening to form the end products.
This procedure is primarily used to produce a wide range of products, including bottle caps, automotive parts, musical instruments, mechanical parts, and so on. However, if you want to revolutionise the industry with a one-of-a-kind technique, turn to rapid prototyping for a faster outcome that will change the vision with their 3D product visualisation.
Rapid prototyping was designed to be employed primarily in the automobile industry; however, it is increasingly being employed in the medical and aerospace industries. An example of rapid prototyping, fast tooling is used in injection molding, which is probably applied in another process. But what are the advantages of adopting these tools and processes? We’ll look at it in the next part.
Helps In Giving Detail to Your Design
You can undoubtedly use these approaches to develop something new and unique. Rapid prototyping allows you to rapidly and easily convert your ideas into a 3D model. When the time arrives to build your design, the rapid prototype technique can assist you in optimizing your design to ensure a smooth production process. You can make additional designs and add to the samples whatever you missed earlier. Finally, after all of the testing and the process, your design will be completed at a low cost.
Development of the Tools
When you have completed the design development process, you will be ready to manufacture the design. Using the plastic injection molding technique, which is a sort of rapid prototyping, will assist you in lowering future manufacturing costs. Using this strategy will also save you time and money spent on tool development. If you wish to improve the measures of your tools, this technique will assist you, as will the component design.
Improves the Manufacturing Process
Even if you believe the tools are ready to be created, there will almost certainly be some faults in this process. However, using rapid prototyping or the injection molding variant will provide insight into the stages that need to be included and how the tools should be handled, which will further assist engineers in working efficiently with the tool. Using these strategies, you may also provide clients with textual instructions on operating the tool.
Use of Secondary Process
Though rapid prototyping is intended to produce the best possible outcomes, there is no harm in incorporating a secondary technique. Welding, tapping, or drilling can be implemented as secondary operations to ensure that the product you are designing with a high-tech fast prototyping process is ready for mass production.
The Final Packaging
After your tool has been created and manufactured, it is time to bundle your product before it is distributed. In this case, rapid prototyping will make sure that the product reaches the clients in perfect condition. Your product samples can also be used to specify any packaging criteria, allowing you to decrease the total packaging of a consignment.
With the quicker and more efficient production time and the low cost incurred from the process, rapid prototyping is used by practically all manufacturing businesses. Although rapid prototyping is a relatively new concept to use in the industry, the results are fantastic, including speedy product development, increased flexibility while producing a product, and assistance for efficient manufacturing. Rapid prototyping has undoubtedly influenced technological developments in various industries, but how is that so? Let’s take a look at that in the following sections:
Produces Medical Device
Rapid prototyping was first developed for the automobile industry, but the technology is now widely employed in the medical field. Medical companies can now enhance their production process and deliver a quick response time in generating a variety of medical equipment thanks to rapid prototyping techniques.
These medical gadgets include retractors, display devices, and many others. Furthermore, with other quick prototyping techniques such as 3D printing, professionals can now sample the prototype for better patient care.
Used In Manufacturing Automobile Parts
As previously stated, rapid prototyping was developed for use in the automotive industry and is still widely employed today. Rapid prototyping techniques, such as additive manufacturing, assist in fabricating automobile parts with combined performance that does not require any machining. Using this technique has resulted in a drop in design and manufacturing costs.
Helps in Making Drones
Drones are currently widely used for various purposes in practically every industry. These can fly unmanned in the skies, with humans only controlling the drones via a dedicated control. Rapid prototyping will assist in the production of drones by allowing them to be produced in a significantly shorter amount of time while also saving a considerable amount of money.
Drones can be an excellent addition to the forthcoming technological future, and adopting this technique will undoubtedly contributes to rapidly transforming the future.
Integration with AI
Artificial Intelligence is unquestionably one of them when it comes to the future of technology. Similarly, AI is becoming an essential component in rapid prototype production. The major benefits of the rapid prototypes with AI integration are that it enables data-driven judgments and smooth evaluation for superior product prototyping.
Can Be Integrated With 3D Maps
Rapid prototyping is known for creating an idea in a 3D and visualising form. Similarly, this technique can effectively create an actual 3D map. Any 3D model, whether a panorama or a city prototype, can be readily created by implementing this technology with a solid and unbroken surface derived from statistical data.
This makes it much easier to grasp the space and distance of an area. Websites are now using 3D maps to provide a satellite image of the location, elevation data, and GPS traces for greater use, particularly in examining the geographical area.
Development in Autonomous Driving
Autonomous driving is a future of the world that will run technologically without the assistance of a human driver, which is why it is in high demand right now. Rapid prototyping allows these automotive prototypes to be created in less time and at a lower cost to form the necessary design and testing foundation.