CyBe Construction’s Post

3D printing is shaking up the rubber industry, bringing unmatched customization, precision, and efficiency. Let's dive into how this cutting-edge tech is revolutionizing rubber manufacturing. 🔧✨ 1. Customization and Prototyping 🎨 3D printing makes it super easy to create prototypes and custom solutions. Whether it’s unique shoe designs or specialized seals, manufacturers can now meet diverse needs quickly and efficiently. 2. Complex Geometries 🧩 With 3D printing, creating intricate and complex designs is a breeze. This opens up new possibilities for innovation and optimizing products that were previously impossible to make. 3. Reduced Waste and Lead Times ⏱️ Traditional methods often waste a lot of material and take forever. 3D printing builds up layers only where needed, cutting down on waste and speeding up production. This means faster turnaround times and cost savings. 💰 4. Material Innovation 🧪 3D printing allows the use of various rubber-like materials, each with unique properties. This flexibility lets manufacturers experiment and create components that are durable, flexible, or heat-resistant as needed. 5. On-Demand Manufacturing 📦 Say goodbye to large inventories! 3D printing allows for on-demand production, reducing storage costs and minimizing obsolete inventory. This just-in-time approach boosts supply chain efficiency. In short, 3D printing is a game-changer for the rubber industry. It offers unmatched flexibility, efficiency, and innovation. As this technology continues to advance, the future of rubber manufacturing looks brighter than ever. 🌟

🖨️ Moisture and 3D printing filaments don’t mix well—but Memmert universal ovens provide a reliable solution. 3D printing filaments are prone to absorbing moisture, which can lead to issues like filament swelling and poor print quality when heated. Drying the filaments before printing is a simple yet essential step—and that's where Memmert ovens play a key role. 🌡️ Our UF 30 and UF 55 ovens dry filaments at 130°C for up to 3 hours, removing any absorbed moisture to ensure consistent results.💡 Once dried, the filaments are coated with PTFE tubing to keep them moisture-free when fed into the printer—so each print is as perfect as planned. ✅ Stainless steel chambers that are easy to clean ✅ Fan-forced circulation for uniform drying ✅ Compact size, perfect for pairing with 3D printers Want to know more about how Memmert is supporting the 3D printing industry? Check out our latest case study featuring our partner, Printed Solid, a leader in 3D printing supplies and services. https://bit.ly/3Y2coCA #3DPrinting

Can your next product or spare parts be simply downloaded and 3d printed? Consumer 3D printers are more capable, reliable and affordable then ever, leaving a lot of space for more sustainable and customizable parts. These products can be made from various materialis and colors, including compostable (PLA) and recycled (PET) plastic, reducing the time, frustration and emissions associated with shipping. Design for 3D printing is very important to consider during design process to offer ease of repairs and customization. Personalizing products can reduce the impact on the environment, inspire and motivate people to be more creative. With our experience in industrial design and 3D printing we are able to design products within a few hours and manufacture fully functional products within a day or few. Here are some examples that we published a few years ago that are available to download. Which one do you like the most? #3DPrinting #SustainanleDesign #CustomizableDesign #Prototyping

The hidden value of 3D printing as a production method: super flexibility! First, a basic fact: Our 3D-printed products are more expensive to produce than those made using traditional injection molding, currently. So why did we choose this 3d printing as a production method? ⚡ FLEXIBILITY! We can change the “digital mold” in a few clicks. If we find a problem or an inner part that needs to be changed, we edit the design and continue. (Just imagine how hard and expensive it is to change an actual injection mold.) ⚡ “(3D) Farm to Table” as a key principle: We design all the products to be 3d printed. They move straight from the printbed to the assembly team - and from there to the customer. No post-process at all. ⚡ the “Green” factor We print only by demand - no stock of products as a strict policy. Almost no fallout (it is a combination of great maintenance + slicer setting wizardry) ⚡Design in Hyperspeed from raw design to customer in… 3 days! We design, prototype, assemble, and QA test in the same facility, this is how we can come up with a new design - and move to rapid mass-production in 3D printing in several days. And a short story to summarize it: We bought a new few million lightbulb adapters, the same ones that we use in most of our lamps (imported and 3D printed collections) - the only problem? The new batch of parts was "only" 4mm bigger in diameter! Solution? The 3D printed lamps collection - it's super simple, with few clicks, and all the digital molds were updated with bigger fitting holes for the new lightbulb adapters. And for the rest - a massive massive headache.

3D Printing is Dying? 🪦 I saw some post like that on linkedin in other day which said 3D Printing is not upto the mark and has disappointed the masses that it cannot achieve the expectations and it has no future etc Actually, you cannnot have wrong expectation from something and later get disappointed. 🤭 Unfortunately, 3D Printing is wrongly compared with traditional technologies i.e injection molding. You will find several blogs where we are comparing the two and hving self proclaimed prophecies to show how 3D Printing is better just to market and sale the technology or services! It is simply like comparing apples & bannanas 🐒 Because 3D Printing has its own use cases & applications… so does injection moulding. We shouldnt bring them in a ring… instead based on geometry, quantities & timelines we should select which one is most feasible ☺️ both of them have their own weaknesses & strengths! 3D Printing is particularly useful and better selection for low volume, prototyping, custom design & time bound applications. Anyways, sharing with you all this post to try restoring the faith in 3D Printing 🙌🏼 producing low volume of some custom designed parts for an industrial end use application. 😇 Keep 3D Printing!!! If you need any consultation, help in design, prototyping. Please reach the best 3D Printing service company Proto21 3D Printing LLC 😉 +971521049913

Benefits of Working with Englabs and using 3D printing You may think that why should someone trust a company who might not have enough market share, might not have a good amount of clients or any other thing. Well, you may be right but it is the actual product that actually earns the trust and market share. We don't keep on advertising ourselves unnecessarily because our product quality is so well acknowledged by our clients that they do not trust someone else for their products. Our manufacturing process is designed in such a way that all the parts that you want will result in fine quality and smooth finished end user product. Your satisfaction is our utmost concern and we never ever take any chance or compromise on the product and its quality. Though you might have now understood about us: that what we do and how we do but the question here is that do you really know the benefits of 3D printing or how it is profitable to your business and how our process can help you achieve your goal? Well, the answer to the question is that in 3D printing, the product is of high strength, light in weight and highly durable. Unlike the normal molding process which requires first, the creation of mold and then making parts out of it. The catch here is that a normal mold can be used to make minimum 500 pieces but what if you require only 10 pieces. Then for sure your mold will go to waste. If you look at other side in 3D printing, the machine will print as much quantity as you want. Since there is no mold so no need to worry about wastage. Just sit back and relax. That's where 3D printing will take place over your ordinary printing process. No wastage, no pollution, premium quality, highly durable and lesser weight. These are the benefits of 3D printing. Come!!! Collaborate with us. Save your time, money and effort. Call us at+91-7814352421 or email us at: info@englabs.co.uk

Is 3D printing your products, genius or stupid? 🤖 We are at Really A Robot 3D printing our products read more for the pro and cons I can list up from my perspective. 👇 3D printing has become more and more popular amongst companies, especially for rapid prototyping, designing, visualizing and countless more applications. However, I hear more and more companies, especially smaller ones, that use 3D printing for producing and selling items, and this is what we also do. For our Animal Detect wildlife monitoring solution, we are still 3D printing all our casings, with help of Johnni Nielsen and his designs of various iterations of Animal Detect, we reached a stage where we have an extremely solid design, that can withstand some of the most extreme weather conditions. I will list up the pros and cons that I can think of with regards to our product – not listed in a particular order. Pros: 1️⃣  Selection of various plastic materials that has different qualities (We choose PTE-G for water resistance, can manage heat from the sun and is recyclable). 2️⃣ Can make complex designs which would be impossible with modern molding methods. 3️⃣ Quick adaptability, if we make changes to the design. 4️⃣ Seamlessly inserting bolts, screws, nuts and other parts INSIDE of the print, by adding a pause and then continuing to print. 5️⃣ Unique design possibilities for methods to increase the ease of repair. Cons: 1️⃣ SLOW! Takes us over 28 hours, including at least 7 interactions from a person to make one complete box. 2️⃣ Print fails (see image). 3️⃣ Doesn’t give the same “smooth” look as something mass-produced by molds.   There are more pros and cons that I can think of, but these are the ones I want to highlight. What do you think about 3D printing products? Genius or stupid?

This may ruffle some feathers, but 3D printing is a double-edged sword. Yes, it makes prototyping faster, but sometimes it makes it feel too easy. It gives the illusion that your project is nearly finished when, in reality, you might just be scratching the surface. 3D printing can shortcut the first 10% of development, making something look 90% complete when it's miles from being viable. Which is great, as long as you understand that’s where you’re at. Structural integrity, water tightness, tolerances—these aren't small details; they're the difference between a prototype and a product. And while 3D printing can be very cost effective for prototypes, and in rare cases even for low volumes, there almost always are significantly cheaper ways to manufacture parts at scale. Don't get me wrong, 3D printing is fantastic for creating tangible mockups. It keeps costs low and learning high, which is gold in the early stages. So, use 3D printing, absolutely. Build those early prototypes. Just keep in mind its size and technical limitations. And most importantly, understand what it means to scale up. Here's to making mistakes, learning, and iterating early and often—without getting caught in the trap. Cheers to innovation, as long as we're mindful of the journey ahead. What are your thoughts on using 3D printing in your prototyping and production processes?

Leveraging 3D printing for blow molding tools has dramatic time and cost advantages. Unilever, Serioplast and Formlabs have teamed up to achieve groundbreaking cost savings of up to 90% by leveraging 3D printed packaging molds. #3dprinting #additivemanufacturing #stereolithography #tooling

Is the future of 3D printing just around the corner? 3D printing enthusiasts, hold onto your seats. The Moose 3D Scanner by 3DMakerpro might just be the game-changer we've all been waiting for. Or is it? I've always been fascinated by the potential of 3D printing. It's not just a hobby; it's a glimpse into the future where creating what we need, when we need it, could be at our fingertips. And with the Moose 3D Scanner, we might be one step closer to that reality. But let's not get ahead of ourselves. The technology boasts impressive specs and promises to simplify the 3D printing process, but as with any innovation, there are hurdles. The question isn't just about capability; it's about usability. Can it integrate seamlessly into our current processes, or does it demand a learning curve that might slow us down? I dove into a detailed review over at Readwrite, and I must say, I agree with their insights. The potential is immense, but so are the challenges. We're on the brink of a revolution, yet there's work to be done. The Moose 3D Scanner represents a significant leap forward, but whether it's a leap towards a Star Trek-like future or a complex gadget that complicates more than it simplifies, remains to be seen. For anyone invested in the future of 3D printing, this review is a must-read. Check it out and decide for yourself if we're looking at the dawn of a new era or just another stepping stone. [Read the full review here](https://lnkd.in/enbCk9fU) The journey towards innovation is never a straight line, but it's a journey worth taking. Let's continue to push the boundaries, question the status quo, and embrace the challenges. The future of 3D printing is bright, and it's innovations like the Moose 3D Scanner that light the way. Check this out: https://lnkd.in/enbCk9fU