Check Out These 5 Videos Featuring Wilson’s 3D Printed Basketball: A Revolutionary Innovation!

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It’s Sunday and time to take an exciting journey through the world of 3D printing! Here are the five best videos of the week that will make you want to explore 3D printing a bit further.

1. World’s First 3D Printed Basketball: Discover the inspiring story behind this feat of engineering and explore how companies are leveraging the speed and accuracy of 3D printing.

2. NASA and Space X Leveraging 3D Printing: Get the inside scoop on how 3D printing is being used for space exploration and learn about the immense potential of this technology.

3. Australian Caravan Built with 3D Printing: Get an up-close look at this revolutionary 3D printed construction project and find out why 3D printing is transforming architecture and construction.

4. Paleontologists Using 3D Scanners to Study Dinosaur Bones: Learn about how 3D scanning is changing the field of paleontology and uncovering the mysteries of the past.

5. Limitless Possibilities of 3D Printing: Immerse yourself in a world of 3D printing possibilities and explore the potential of this technology for everything from healthcare to fashion. Wilson Sporting Goods is leading the charge in the exciting field of 3D printed basketballs this February! With its incredible lattice-like design and enhanced grip and control, this prototype is set to revolutionize the sport of basketball. Not only that, but its 3D printing fabrication process reduces material waste, making the technology more environmentally friendly. Players of all skill levels are anticipated to benefit from its incredible design, while ushering in a new era of game-changing sporting technology. In recent years, 3D scanning technology has allowed paleontologists to uncover incredible new details about the lives of prehistoric creatures like the Pachyrhinosaurus. This summer at Pipestone Creek Bone bed, paleontologists will be using 3D scanners to scan and analyze the fossils of these ancient giants. By doing so, researchers are gathering previously unseen details, which can provide a wealth of information on the species’ physical traits and biology. With the data gathered from these 3D scans, scientist hope to better understand how the Pachyhinosaurus lived and why it went extinct.

Additionally, this innovative approach to paleontology has the potential to inspire and captivate a broader audience. Thanks to breakthroughs in 3D imaging, people around the world can now experience a fascinating glimpse into the past. Advanced tools like body scanners, VR technology, and 3D projection can now bring the Pachyrhinosaurus to life in vivid and realistic detail, educating and entertaining audiences across the globe.

Half a century since the first Pachhyrhinosaurus bone was unearthed, paleontologists are now redefining the limits of dinosaur discovery. Through the use of 3D scanning technology, researchers can gain an entirely new level of understanding of these extinct beasts. Moreover, these advances can bring the excitement of dinosaur research to generations to come, tempting us all to marvel at the mysteries of the ancient prehistoric world. NASA and Space X are creating history by using 3D printing technology to make Mars viable for human habitation. By developing solutions to print structures and tools on-site, the project could lead to efficient construction on the Red Planet, without needing heavy payloads shipped from Earth. An electrifying video reveals the intent behind the pairs’ innovative initiative: to make history and make Mars our second home. Discover the dedication and creativity behind NASA and Space X’s ambitious effort to inhabit the Red Planet. Creating Content in Different Forms: The Benefits

It’s exciting to get creative and create content in a variety of forms. Whether you’re blogging, creating visuals, infographics, or podcasts — the options are endless. Here are a few of the main benefits of creating content in different forms:

**1. It Attracts Different Audiences**: Different audiences will find different forms of content engaging and appealing. Creating content in different forms appeals to different audiences, helps you reach a larger audience, and allows you to capture the attention of people you may not be able to reach with one specific form.

**2. It Reinforces Your Message**: Repetition is the key to learning and memory retention, right? That same concept applies to content creation. When you create content in multiple forms, you leave a bigger impression and help reinforce your message with your audience.

**3. It Engages Your Audience**: Different types of content engage people in different ways. Switching up your content can help hold people’s attention and keep them engaged. This is especially important on social media platforms where people are easily distracted.

Creating content in different forms also helps you to stand out in an oversaturated market and increase your visibility. So go ahead and get creative – your audience will thank you for it! Polymers used in 3D printing come in many shapes, sizes and compositions. To best determine what suits your needs, it’s important to be aware of the different types and the applications they’re best used for. This article will provide a quick overview of the most commonly used polymers in 3D printing and their features.

– PLA: PLA (polylactic acid) is the most popular 3D printing filament because of its low price, wide availability and ease of use. It has a low melting temperature so it’s perfect for beginners as it’s not as prone to warping or bubbles. It’s also biodegradable and creates less fumes than some of the other materials.

– ABS: The go-to material for professional 3D printing projects is ABS (acrylonitrile butadiene styrene). ABS is strong, rigid, heat resistant, and shatter proof. It gives objects a glossy finish and is great for creating parts with tight tolerances.

– PETG: PETG (polyethylene terephthalate glycol-modified) is a strong, durable plastic that is increasingly becoming more popular for 3D printing. It has great heat resistance, is chemical and moisture resistant, and is incredibly pliable, making it a solid choice for any project where flexibility is important.

– Nylon: Nylon is another great option for 3D printing as it has exceptional strength and is highly durable. It’s heat and chemical resistant and has a low friction coefficient which helps reduce wear and tear on moving parts.

– Others: There are also other specialty materials such as provisionalFilaments, containing materials such as wood, metal or even chocolate, as well as thermoplastic polyurethane (TPU), high-density polyethylene (HDPE) and polypropylene (PP).

When it comes to 3D printing materials, there’s no one-size-fits-all solution. We hope this overview of the most popular polymers used in 3D printing will help you determine which is best for your project. Happy printing! Are you a basketball fan that’s always dreaming up new ways to take your game to the next level? Well, introducing Airless, an innovation in 3D printing technology that is changing the game itself! Airless is a basketball that has been printed without a bladder or an inflatable layer for extra comfort. What makes this ball unique is that it is designed to help players improve their accuracy and touch. Whether you’re a professional athlete or just a passionate enthusiast, Airless may be the perfect ball for you.

So what are the benefits of this game-changing design? First, Airless is lighter than a standard basketball, which makes it easier to control and put more arc on shots. The ball also has an improved grip, enabling players to make tighter shots. Lastly, Airless is designed to reduce the energy lost during a dribble, meaning the ball eats up less energy, allowing players to run and jump faster.

We’re excited to see how Airless can revolutionize the game of basketball, but we want to hear from you first. What do you think of this incredible 3D printed ball? Share your thoughts on our LinkedIn, Facebook, and Twitter pages! Also make sure to sign up for our weekly newsletter to get the latest 3D printing news, and check out all our videos on YouTube. Twitter thread:

1. Have you ever pondered what it takes to bring a #dye #mansion to life?! Today I’m diving into the story behind the creation of the colorful Wilson/Dye Mansion in Georgia. #HistoricPreservation #DesignInspiration

2. The inspiration behind the complex layering of ceramics, pigments and colors found inside the Wilson/Dye Mansion began with an artistic family. From an early age, the Wilson family was interested in the arts working side-by-side with experts to get the perfect touches to bring this architectural masterpiece to life. #PaintersLife

3. Inside the Wilson/Dye Mansion the interior and exterior walls are coated with a unique blend of natural pigments and glaze with some walls featuring lustrous hues that reject light and others that reflect it. #ModernDesign #ArtisanInspired

4. The interior design of the Wilson/Dye Mansion was designed with a unique palate that encompassed both vibrant colors as well as compliments natural tones such as slate grey and earthy browns. #ArtGallery

5. The brightly colored stained glass windows were one of the features that caught my eye when I first saw the Wilson/Dye Mansion. The unique design further enhanced the colorful and vibrant atmosphere of the home. #HistoricPreservation #UniqueDesign

6. For those looking for #designinspiration, a visit to the Wilson/Dye Mansion is sure to not disappoint! #KeepExploring #HistoryOfArchitecture


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