BRAND GMBH + CO KG’s Post

🔍 Exploring the Benefits of Laser Cleaning in Manufacturing 🔍 Laser cleaning is proving to be an invaluable asset in manufacturing, especially for machines tasked with creating detailed components like power steering rubber bands. These machines craft these parts, ensuring that every bicycle and similar mechanisms function smoothly and reliably. Laser cleaning uses laser beams to strip away contaminants such as rust, grease, and residues, all without harming the underlying material. It’s a key process that helps keep our machinery in tip-top shape, maintaining production quality. Beyond just maintaining equipment, laser cleaning enhances the entire manufacturing workflow. It prepares surfaces impeccably, which boosts the effectiveness of subsequent steps such as painting or assembly. This method is not only precise but also offers an environmentally friendly alternative to traditional cleaning methods, avoiding harsh chemicals. For anyone in manufacturing looking to boost both quality and efficiency, integrating laser cleaning with your production processes, like those involved in creating power steering bands, is definitely worth considering 🧰 #ManufacturingInnovation #LaserTechnology #SustainableManufacturing #tech #manufacturing

#Metals ▶️ Discover the power of the SPALECK 3D COMBI FLIP-FLOW SCREEN in metal recycling! Our expert Markus Döbbelt shows us today why this SPALECK solution is ideal for recycling shredder light fraction material 📹. First some key data: ▶️ Capacity: Up to 42 tons per hour ▶️ Three screening cuts in one machine  When processing SLF material, SPALECK's screening technology helps you to classify the input material very efficiently according to size. This is exactly where the SPALECK 3D COMBI shows its strengths: It separates the material into four precise fractions: ▶️ 0 - 8 mm | 8 - 50 mm | 50 - 120 mm | > 120 mm These precise screen cuts enable optimum preparation for downstream sorting devices such as eddy currents, sensor sorters, etc. The special SPALECK 3D screening technology ensures that long particles are removed from the fine fraction and ideal particle sizes are produced. By screening out the fraction 0-8 mm with the lower deck Flip-Flow mats, the machine reliably removes minerals, sand and dirt and keeps them away from the sorting devices – for optimized recycling. Additional SPALECK ModularDESIGN+ features: ▶️ SPALECK SmartSUSPENSION air suspension  ▶️ TwinSHAFT drive for maximum performance ▶️ LubricationCONTROL system for fully automatic lubrication Thank you Markus for your expert knowledge and the insight into this exciting metal recycling project. Talk to our screening technology experts directly or send us a message. We look forward to the exchange! SPALECK ▶️ BEST SCREENING. BEST SORTING. #CircularEconomy #Recycling #WasteManagement #Technology #Greentech  

Precise sorting meets maximum reliability: New Transilon belts for recycling https://lnkd.in/eNMKyhM5 As we enter the new year, the recycling industry is gearing up for even greater challenges and opportunities. To meet the growing demand for efficient sorting, we are introducing two innovative Transilon belt types: E 12/3 U0/U10 MT black and E 12/3 U0/V10H MT black - designed for precision, durability and maximum reliability in sorting processes. 🔍 Tailored for advanced sorting technology These belts are optimised for use with optical sensors such as Near Infrared (NIR), X-Ray and Magnetic Induced Eddy Currents, which are essential for sorting PET bottles and other materials. 💪Robust design, unmatched reliability Three-layer construction ensures durability against sharp or hard materials. Black top layer fabric keeps systems running even if damaged, reducing costly downtime. Durable polyurethane or rigid PVC covers make these belts suitable for a variety of recycling applications, including eddy current and magnetic sorting. ⚙️ Engineered for high-speed efficiency Operating at speeds of up to 6 m/s and widths of 2,800 mm, these belts outperform traditional rubber options. Their lightweight yet resilient design improves machine performance and reduces operating costs. ♻️ Efficiency where it counts In high-throughput recycling centres, every second counts. Forbo's Transilon belts minimize disruptions and maximize productivity, ensuring a smooth sorting process even under the most demanding conditions. As we look forward to 2025, Forbo Movement Systems is committed to continuing our work at the forefront of innovation, providing reliable solutions for every industry. Contact us https://lnkd.in/eixa7tVy #Recycling #Sustainability #Innovation #ConveyorBelts #ForboMovementSystems #beltingexperts

One of the key techniques of our production 🔧 ⚙️ is vacuum forming, or, thermoforming. This is a process in which molten plastic 🌡️ 💉, under the influence of temperature and vacuum generated, takes the shape developed at the mold design stage for the production order. This gives us the freedom to create complex shapes 🔄 with remarkable precision and quality 👌. The advantages of this method are precision and repeatability 🔄, because each container is an exact copy of the design 🧐. Additionally, it allows us to respond to specific needs. Thanks to thermoforming, we create products with unusual elements, such as reinforcements or special sockets 🗜️ 🔩. These products have proven themselves for years in industries such as: ✅ Automotive 🚗 ✅ Electronics (protecting it from dirt and static electricity) 📱 💻 ✅ Production and transportation of precision components, perfectly protecting them from damage 🛡️ Want to learn more? Visit our website and see how we can support your business! 💼 🏭🌐: https://lnkd.in/gtDfcwZX #utzgroup #utz #injectionmolding #containers #innovations

Thermoforming is one such process. Many problems and issues can arise in this process. Here are some common thermoforming issues: Temperature control: If the temperature is not correct, the plastic sheet will either not soften enough or will overheat, causing distortion or burning. Heat distribution: If the temperature is uneven, some parts of the plastic may overheat while others may remain insufficiently heated. This can lead to uneven shapes. Mold quality: The quality and surface condition of the mold is also important. Any imperfections, roughness or dirt can affect the surface of the product on the mold. Air entrapment: If the mold design does not have enough holes for air to escape, air can get trapped, causing bubbles or distortion in the product. Plastic stress and contraction: During thermoforming, stress can develop in the plastic, which subsequently causes contraction. Material quality: The quality of the raw material is also important. Poor quality sheets can cause thermoforming problems. Right selection of method: Not selecting the right technology for thermoforming can also be a big problem, such as vacuum forming, pressure forming, etc. Recycling issues: Sometimes plastic can be difficult to recycle, raising environmental questions. Speed of production: The process of thermoforming can be time-consuming, which can affect the speed of production. By properly managing these issues, the process of thermoforming can be made more effective and successful.

Innovating with UV-Cured Coatings on Metals: A Game Changer for Industry The industrial coating sector is buzzing with advancements, and UV-cured coatings for metals are at the forefront of this revolution. Traditionally valued for their rapid curing times and eco-friendly profile, UV coatings are now pushing boundaries with new formulations and applications that promise even greater performance and versatility. 🔹 What’s New? 1️⃣ Advanced Durability: Recent developments have enhanced scratch resistance, corrosion protection, and chemical stability, making UV-cured coatings more suitable for extreme environments, such as aerospace and offshore industries. 2️⃣ Custom Finishes: New formulations allow for a wider range of finishes—from ultra-matte to high-gloss and metallic sheens—perfect for industries like automotive and consumer electronics. 3️⃣ Integration with Smart Manufacturing: UV coatings are now being optimized for robotic and AI-driven application processes, ensuring consistent quality while reducing material waste. 4️⃣ Hybrid UV Coatings: Emerging hybrid systems combine UV curing with other technologies (e.g., thermal or dual-cure systems) to expand usability for complex or irregularly shaped metal surfaces. 🔹 Why It Matters Sustainability: The low-VOC and energy-efficient nature of UV curing align with global sustainability goals. Speed: Cure times in seconds improve production throughput, a critical advantage in fast-paced manufacturing sectors. Design Freedom: These innovations open doors for bolder, more intricate designs in industries like architecture, furniture, and industrial machinery. Whether you're in automotive, electronics, or industrial manufacturing, these advancements could redefine how you think about protecting and finishing metal components. 💡 What do you think about the future of UV-cured coatings for metals? Have you explored or adopted any of these innovations? Let’s connect and discuss! 🌟 #Coatings #Innovation #UVCured #Sustainability #Manufacturing

Great article published on the benefits and future outlook for #BOPE #monomaterial #packaging. To see the future first hand, be sure to stop by our booth W-24073 at PACK EXPO in Chicago!

Anchoring 🆚 Fixation: How to save costs in processing elastic threads 👇 To make the costly process of fixing elastic threads in nonwovens more efficient, we have developed an innovative process: anchoring elastic threads with ultrasonics. Manufacturers benefit from a flexible, stable and sustainable process that improves customer experience while reducing production costs. Curious about how it works? Learn more in our blog article: https://lnkd.in/gTZ76mp9 #elasticfixation #ETA #BondingMoreThanMaterials #nonwovens #sustainability

How its made recycled rubber products? If you need a mold tools design, production cost, technology, business plan or you need a person for recycled rubber product contact me. www.ideabox.rs +381642929104 dmincic@gmail.com #education , #productdevelopment , #moldtool, #construction , #technology , #businessplan , #productdesign #productprice, #recyclingequipment #business #designengineering #design #recycledmaterial #recyclingbusiness #recyclingrevolution #recyclingtechnology #job #productinnovation

Why Doesn't Clear PPF Utilize "Air Release" Technology? What Are the Reasons Behind Its Material Properties, Installation Methods, and Design Philosophy? Why Doesn't Clear PPF Utilize "Air Release" Technology? What Are the Reasons Behind Its Material Properties, Installation Methods, and Design Philosophy? 1. Material Properties and Manufacturing Constraints 🏗️   - Material Structure**: Clear PPF uses flexible and durable materials like TPU or TPE. Its multi-layer structure includes a scratch-resistant surface layer, a polyurethane middle layer, and a bottom adhesive layer.     - Challenges with Air Release Channels: Adding "Air Release" channels can alter the film’s optical clarity, affecting transparency and gloss. This is not ideal for those who want to maintain their vehicle's original paint brightness. 2. Advantages of Wet Installation 💧   - Characteristics: Wet installation involves a water-based solution that helps adjust the film and remove air and moisture efficiently.     - No Need for Air Channels: Since wet installation is effective at bubble removal, additional air release channels are unnecessary. This contrasts with dry installation methods, where "Air Release" technology is crucial. 3. Preservation of Self-Healing Features 🌟   - Self-Healing Layers: Clear PPF’s self-healing feature is achieved through a transparent, nanotechnology-based coating. Adding air channels could disrupt this coating and its effectiveness.     - Smooth Surface: A smooth surface is essential for optimal self-healing. Air channels could impact smoothness and lead to more dirt accumulation. 4. Market Positioning and Consumer Needs 🎯   - Target Customers: Clear PPF customers prioritize long-term protection, durability, and a seamless appearance. In contrast, color change film customers value diverse colors and patterns, where "Air Release" technology helps address bubble issues. In summary, Clear PPF avoids "Air Release" technology due to its focus on material properties, installation efficiency, and maintaining a seamless appearance. Hope this clarifies things! Feel free to ask more questions. #InstanthealingPPF #TechnologyChangesLife #KeepYourCarNewEveryDay #PPF #Hydrophobicity #ProductionProcesses #VehicleProtection #HighQualityMaterials #AdvancedTechnology #CarCare #PaintProtectionFilm #WrapFest2024 #VehicleWrapping #SurfaceDetailing Whatsapp : +86 135 3844 1391 Email: kevin@vasincarmax.com