The Native Lab

✨Happy Holidays from The Native Lab✨ Cheers to an amazing year and even brighter things ahead! Thanks for being part of our journey. Wishing you all the joy, love, and good vibes this season brings. 🎆 Here’s to big wins and new adventures in the year to come. Let’s make it awesome together! 🚀 #TheNativeLab #HappyHolidays #TeamTNL #GoodVibesOnly #SeasonGreetings

💡 Fun Fact Alert! 💡 Did you know that Thomas Edison used carbon fiber filaments in his quest to perfect the light bulb. 🤯 While he didn’t invent the light bulb, Edison was the first to create one that was practical and long-lasting. His breakthrough came on October 22, 1879, when his bulb stayed lit for an impressive 13.5 hours before burning out 🔥 Then, he had applied for a patent using a “coiled and connected #carbon filament.” Over time, he refined his design, creating bulbs that lasted over 1,200 hours. 💭 But here’s the twist: the bulbs that eventually took over the market didn’t use carbon filaments. Do you know what material stole the spotlight at the end? Let us know on the comments! 🤓 #TheNativeLab #SpreadingKnwoledge #TimeToGetTechnical  #HistoryInTheMaking #CarbonFiber #EdisonInvention #Innovation

📢 Connecting the dots... 📢 In 2020, CMASLab-ETH Zurich, in collaboration with 9T Labs, developed and tested a groundbreaking morphing drone that uses only morphing control surfaces for roll, pitch, and yaw control! All structural parts were made using 9T Labs' advanced 3D printing system, combining plastics and continuous carbon fiber composites. 🤩 This research demonstrated that #carbon #fiber composite additive manufacturing enables cost-effective production of highly-loaded structures with tailored fiber placement, fully leveraging the material’s anisotropy and strength. 🪽 Morphing mechanisms, which use elastic properties to achieve shape changes, improve aerospace performance but are often costly to produce with conventional methods. By combining additive manufacturing with morphing mechanisms, ETH Zurich created the first fully 3D-printed composite drone, successfully flight-tested to showcase these exciting technologies! 😍 #TheNativeLab #SpreadingKnowledge #ConnectingTheDots #Composites #Innovation #EngineeringMarvels #ManagingComposites #MorphingStructures #AerospaceInnovation

👉 Did you know? While 3 out of 5 engineers excel in industry knowledge, practical skills often lag behind! 😅 The #composite industry is booming with demand for expertise, but skilled professionals remain in short supply. That’s where YOU can shine with us! 💫 With #TNLPro, you’ll gain essential and complete composite materials know-how, master cutting-edge manufacturing techniques, and level up your #CAD skills for precise surface and solid design. Oh, and don’t forget #simulation to perfect your craft! 🏆 Our seasoned instructors, with experience at McLaren and Koenigsegg, deliver real world insights to supercharge your career. Are you ready to become the next sought after talent in the #composite world? Let’s make it happen...👉 https://lnkd.in/dD_BRVMQ #TheNativeLab #SpreadingKnwoledge #TNLPro #CompositeMaterials #Catia #MonocoqueDesign #AutomotiveSystems

📢Time to Get Technical...📢 Ever wondered how to seamlessly join two visible #fiber plies for that perfect finish? The go to method is the iconic herringbone (or fishbone) pattern a stylish V-shape that’s all about precision and aesthetics. ✨ 🎥 Dont miss this video to learn how to get it just right, and what common mistakes to avoid to ensure a flawless, professional result. Ready to elevate your craft? Let’s dive in! 💥 #TheNativeLab #SpreadingKnwoledge #TimeToGetTechnical  #HerringbonePattern #FiberTechniques #Craftsmanship #DIYTips

📢Connecting the dots...📢 In the fast-paced world of Formula E, the monocoque is a masterpiece of engineering. Designed for speed, safety, and sustainability, it’s the structural backbone of the car, where performance meets precision.🏎️ ⚡ ✔️ Ultra Lightweight & Strong: Crafted from advanced carbon fiber composites, it provides unmatched rigidity while keeping weight to a minimum. ✔️ Driver Safety First: The monocoque forms a survival cell, protecting the driver during high-speed impacts with innovative energy-absorbing materials. ✔️ Aerodynamic Design: Its sleek, integrated shape optimizes airflow and enhances on-track performance. ✔️ Sustainable Innovation: Formula E prioritizes eco-conscious engineering, making the monocoque a symbol of cutting-edge, sustainable motorsport. Ready to dive deeper into the tech behind this racing? Share your thoughts! 🏁 #TheNativeLab #SpreadingKnowledge #ConnectingTheDots #Composites #Innovation #CarbonFiber #EngineeringMarvels #ManagingComposites #FormulaE #EngineeringExcellence

💥 When it comes to innovative materials, the world of fibers offers a range of options, each with unique properties: 🏎️ Carbon Fiber Famous for its lightweight strength and stiffness, it’s the go to for aerospace, automotive, and high-performance sporting goods. ⚓ Glass Fiber (Fiberglass) Affordable and versatile, it offers great strength-to-weight ratio and is widely used in construction, marine applications, and insulation. 🚀 Aramid Fiber (e.g., Kevlar) Renowned for its high impact resistance and heat tolerance, it’s perfect for protective gear, body armor, and aerospace. 🌿 Natural Fibers Eco-friendly and renewable, fibers like flax, hemp, and jute are gaining popularity for sustainability and use in lightweight composites. 💬 Which fiber innovation catches your attention the most? Let us know below! #TheNativeLab #SpreadingKnwoledge #FiberMaterials #CarbonFiber #GlassFiber #AramidFiber #NaturalFibers #Innovation

📢Time to Get Technical...📢 Handling large fiber pieces can be a challenge getting them wrinkle-free on a mold takes precision, teamwork, and skill. 🧐 USC Viterbi School of Engineering researchers have introduced a smart robotic solution to support composite manufacturing when you need an extra pair of hands. 🤖 While automation opens new doors, understanding the techniques to work with #composite #materials is still the foundation of success in this field. Our courses provide hands-on experience and knowledge directly from industry leaders, so you can develop the expertise to excel in both manual and automated processes. Let’s elevate your potential and be part of The Native Lab 💪 #TheNativeLab #SpreadingKnwoledge #TimeToGetTechnical #Automatization #CarbonFiber

📢Connecting the dots...📢 Did you know that the very same carbon fiber types and fabrication techniques used for LaFerrari's chassis are directly inspired by Ferrari's Formula 1 single-seaters? 🔥 Each part of the chassis uses a specific type of carbon fiber tailored to its unique function, ensuring unparalleled performance, strength, and efficiency. 🔧 Curious about the materials and methods that make this engineering marvel a reality? Watch this video to explore how cutting-edge composites shape some of the most iconic cars on the planet...The Magic of Carbon Fiber! 🏎️ 💥 Video Credits: LaFerrari (2011) #TheNativeLab #SpreadingKnowledge #ConnectingTheDots #Composites #Innovation #CarbonFiber #EngineeringMarvels #ManagingComposites

💡Want to master something? Learn from those who truly know it. If you want to #learn a language, you look for a native speaker, someone who not only knows the grammar but lives the culture and nuances of the language. This concept applies to almost everything in life and business. 🔥 Surrounding yourself with people who have deep expertise and experience is the key to fast-tracking your growth. They don’t just teach you the basics; they guide you through the unspoken rules, the real-world applications, and the mindset it takes to excel. We call this the #Native #Thinking: working with those who know because they’ve done it, lived it, and mastered it. 😉 👉 So, whatever your goal learning a new skill, growing professionally, or launching your next big idea ask yourself: Are you learning from the best? #TheNativeLab #SpreadingKnowledge #TheNativeThinking #LearnFromTheBest #Courses #Composites #CAD #Programs #Webinars #ManagingComposites