Biomyc’s Post

Every day, we’re working on new ways to enhance laser technology for leather cutting and engraving. We understand the challenges, from concerns like the burning smell to the need for more sustainable solutions; that’s why we’re exploring how laser engraving can transform unused or leftover leather into beautiful, value-added creations. With precise markings and unique designs, even leather scraps can find new life, turning waste into opportunity. While we’re still perfecting these innovations, rest assured that we’re always pushing the boundaries to provide better results for you and the planet. Stay tuned, exciting things are on the horizon! #otlas #leathercutting #leatherengraving

 … and the Red Dot goes to: ZENOMENON! 🎉 We are thrilled to announce that BASF's Trend Color ZENOMENON won a Red Dot at the prestigious Red Dot Award 🔴: Product Design. #ZENOMENON marks a new way to produce automotive color utilizing polymer structures instead of traditional pigments and allows ZENOMENON to achieve intense color travel through the interplay of light known as structural #color – opening the door for new techniques in #automotive color design.    Beside the unique color travel, supporting dynamic automotive geometries, ZENOMENON provides a more sustainable solution for color based on renewable copolymers with a remarkable 80% #reduction in carbon #emissions compared to traditional organic pigments 💡 .    This #breakthrough achievement was made possible through collaboration between BASF’s Research and Design departments along with Cypris Materials, Inc., the inventors of structural color copolymer . The Red Dot Design Award is an internationally recognized #competition for exceptional design achievements, which awards products that demonstrate outstanding innovation, functionality, and aesthetics.      #reddotaward #reddotwinner #BASFCoatings #innovation #colordesign #sustainability #drivingcolor #AutomotiveColorTrends #futuremobility #AutomotiveTrendCollection #structuralcolor #biomimicry  Elizabeth M. Hoffmann Mark Gutjahr Qingling Zhang

What could be more sustainable than crafting projects that stand the test of time? This is especially true when it comes to color. By embracing the most enduring color science, we can prevent premature failures and reduce the need for environmentally taxing repainting. Discover how cutting-edge pigment technology and smart manufacturing techniques can create projects that not only last longer but also offer the most sustainable solutions. #highperformancecoatings #colorandgloss #performancematters Unleashing Color Brilliance: Blending Pigment for High Performance Coatings https://hubs.ly/Q02WZXC20

The Influence of Material Selection on Product Perception Material selection is a critical aspect of product design that extends far beyond the functional requirements of the item being created. The choice between metals and plastics, for example, can significantly influence how a product is perceived by consumers and end-users. Consider a simple chair design. When fabricated from plastic, the chair may be perceived as lightweight, inexpensive, and easy to maintain. However, the same design produced in metal may convey a sense of durability, sturdiness, and even an industrial aesthetic. Interestingly, these perceptions are often independent of the inherent properties of the materials themselves and are more closely tied to cultural associations and learned experiences. Historically, plastics were initially viewed as a revolutionary material - modern, hygienic, and futuristic. It wasn't until later that plastics developed a reputation for being disposable and of lower quality. Metals, on the other hand, have long been associated with strength and longevity, as evidenced by common expressions such as "solid as a rock" or "strong as steel." However, it's important to note that the properties of metals can vary significantly. Aluminum, for instance, is known for its low density, while lead is characteristically soft and malleable. These cultural associations can have significant implications for product design. A medical device manufactured from sleek, metallic materials may be perceived as technologically advanced and reliable, while the same device produced in white plastic might be viewed as less sophisticated, even if the functionality is identical. However, as new materials and manufacturing processes emerge and cultural attitudes evolve, these perceptions are subject to change. Eco-friendly plastics, such as those derived from plant starch or recycled ocean waste, are challenging traditional notions of plastic. Similarly, advanced metal alloys and metal foams are pushing the boundaries of what is possible with metallic materials. For product designers and engineers, understanding these cultural nuances can be as important as comprehending a material's technical specifications. The perception of a product can significantly impact its market acceptance and success, regardless of its functional performance. In conclusion, material selection plays a pivotal role in shaping consumer perceptions of products. As designers and engineers, it's essential to consider not only the functional requirements of a material but also the cultural and psychological associations it may evoke. By understanding this complex interplay, we can create products that not only perform well but also communicate the desired message to the end-user. Check out tactileexplorer.com to help inform your next material selection decision. #materialselection #productdesign #consumerperception #engineeringpsychology #userexperience

🎨 Crafting Innovation with Art: Tailored Wire Placement Meets Anke Loh’s Vision 🎨 We are honored to collaborate once again with the inspiring artist Anke Loh, whose innovative approach to smart textiles continues to redefine the intersection of technology and creativity. 🎥 In this short clip, we showcase the production process of Anke’s visionary Touch Sensitive Textile series, brought to life using cutting-edge Tailored Wire Placement (TWP) technology from ZSK STICKMASCHINEN. These embroidered wires form the foundation for interactive sensory experiences using sound and touch. It’s a privilege to support Anke in realizing her innovative concepts and to see how technology and art come together to create something extraordinary. Thank you, Anke, for trusting us with your vision, and we look forward to seeing these textiles transform into incredible sensory art installations. 🚀 #Embroidery #EmbroideryArt #SmartTextiles #eTextiles #Innovation

A composite helmet made from natural fiber jute would typically involve the use of jute fibers as reinforcement in a polymer matrix. Jute is a strong, durable natural fiber that is also biodegradable, making it an environmentally friendly alternative to synthetic fibers. characteristics of jute fiber composites: 1. Mechanical Properties: Jute fibers provide good tensile strength and modulus, making them suitable for use in load-bearing applications. 2. Lightweight: Jute composites are generally lighter than traditional metal or glass fiber composites, contributing to ease of use and comfort in wearable items like helmets. 3. Environmental Impact: Being a natural fiber, jute is renewable and biodegradable, reducing the environmental footprint of the composite material. 4. Cost-Effective: Jute fibers are typically less expensive than synthetic fibers like carbon or glass, making them a cost-effective option for composites. Applications: - lProtective Gear: Helmets, pads, and other protective equipment. - Automotive Parts: Interior panels and trim components. - Building Materials: Panels, boards, and decorative items. The process of creating a jute composite helmet would involve aligning the jute fibers in a mold, impregnating them with a polymer resin (such as epoxy, polyester, or a biodegradable resin), and curing the composite to form a solid, rigid structure. The result would be a helmet that leverages the natural strength of jute fibers, enhanced by the binding properties of the resin. #composites #naturalfibre #seratalam #rami #jute #nanas #serat

Step into the enchanting world of color creation, where science meets artistry. Experience the magic of pigment manufacturing, meticulously crafted with care and innovation. #NavpadPigments #ChemicalInnovation #PigmentPowerhouse #ColorCreators #ChemicalExcellence #ExportQuality #HighPerformancePigments

Elevate your label game with the DM-UNILINER 2D's unmatched precision in embellishing a wide array of different substrates - just like this stunning shrink sleeve created by Luxoro. Set new standards for the label market by bringing to life the most intricate fine lines and filigree details with ease. The DM-UNILINER 2D isn't just about beauty; it's about versatility, capable of enhancing a broad spectrum of substrates to make your products stand out on the shelves - on an industrial scale. Redefine what digital embellishment can do for your operation with KURZ! Click here to read about the measurable added value this unique technology provides for your business: https://lnkd.in/e5eSMTsS #leonhardkurz #digitalembellishment #labelling #labels #digitalprint #digitalprinting

𝐒𝐭𝐢𝐜𝐤𝐞𝐫𝐬 𝐯𝐬. 𝐋𝐚𝐛𝐞𝐥𝐬: 𝐃𝐞𝐜𝐨𝐝𝐢𝐧𝐠 𝐭𝐡𝐞 𝐃𝐢𝐟𝐟𝐞𝐫𝐞𝐧𝐜𝐞 Stickers and labels often used interchangeably, but are they truly the same? While both adhere to surfaces, their purposes and material construction tell a different story. •𝐒𝐭𝐢𝐜𝐤𝐞𝐫𝐬:  Think vibrant, expressive, and often temporary. They're perfect for branding, personalization, and adding a touch of personality. •𝐋𝐚𝐛𝐞𝐥𝐬:  Designed for functionality and durability, labels play a crucial role in industries with strict compliance standards. #Stickers #Labels #MaterialScience #RicherPaper