The development of China’s automotive industry has transformed from weak beginnings to remarkable prosperity, marking a significant historical chapter. As the market shifts from rapid expansion to stable competition, the automotive sector stands at a new historical juncture, facing fresh opportunities for globalization. This is not just a challenge but a golden period for Chinese automotive brands to showcase their strength on the global stage and strategize anew.  01 Innovative Manufacturing in Automotive Interiors: Key to Enhancing Market Competitiveness Among various manufacturing stages, the design and production of automotive interiors are crucial. They impact vehicle aesthetics, functionality, consumer experience, and market competitiveness. With increasing demands for intelligent, high-quality, and timely delivery from brands and manufacturers, interior manufacturers must adopt effective strategies, innovating and optimizing processes to meet these high standards. 02 Growth Strategies for Interior Manufacturers To maintain a competitive edge, interior manufacturers should implement strategies such as increasing R&D investment, promoting technological innovation, enhancing manufacturing processes, ensuring product quality and consistency, and utilizing advanced digital production management systems to improve decision-making and responsiveness to market changes. GBOS excels in implementing these strategies, offering one-stop smart cutting and innovative process solutions for automotive interiors. This includes: Leather Layout and Cutting...

Origin of Outdoor Jackets Outdoor jackets originated from Western polar expeditions and have long been the trusted companion of outdoor adventurers. Initially designed to withstand harsh natural environments, they gradually evolved from specialized outdoor gear into a darling of the fashion world. The Role of Outdoor Jackets in Modern Society From essential outdoor gear to a must-have fashion item for daily wear, and now an indispensable part of the Citywalk commuter wardrobe, outdoor jackets have gained favor among consumers both domestically and internationally for their unique design and practicality. Not only do they meet the functional needs of outdoor activities, but they have also become an important means for urban youth to express their personal style. Challenges Facing Outdoor Jacket Brands As the market expands and consumer demands diversify, outdoor jacket brands face significant challenges. How to stay ahead in a competitive market and how to convert consumer enthusiasm into brand loyalty are pressing issues that manufacturers need to address. Breakthroughs in Fabric Cutting Technology In the field of fabric cutting, the VC9-1616TT oscillating knife cutting machine provides manufacturers with efficient and precise solutions. It uses automatic high-frequency oscilation technology, allowing for fast and accurate cutting of flexible materials while...

In the ever-evolving world of fashion, classic logo bags continue to transcend time with their enduring allure. Iconic patterns such as Louis Vuitton’s Monogram are more than just decorative elements—they tell the story of a brand. These designs reflect a brand’s history and heritage, embodying its core values and cultural depth, which in turn elevates the brand’s perceived value. For brands, logo bags play a crucial role in shaping brand image. They not only reinforce a brand’s position in the market but also open doors to new market opportunities. From a manufacturer’s perspective, crafting these logo bags is a rigorous test of craftsmanship and technical skill. Ensuring pattern consistency and precision is a major challenge, testing not only the accuracy of cuts but also the strict quality control throughout production. Even the smallest deviation can affect the final product’s quality and the consumer’s brand experience. Moreover, in the rapidly changing world of fashion, brands continually innovate their iconic logo patterns—introducing new color schemes, materials, combining them with modern design elements, and even collaborating with other brands. These diverse approaches breathe new life into classic designs, keeping them relevant and appealing, particularly to younger consumers. This constant evolution ensures that logo...

As the global underwear market continues to evolve, consumer demands for comfort, breathability, and intricate design are becoming increasingly stringent. As a leader in intelligent manufacturing equipment, GBOS Laser has drawn on nearly two decades of technical expertise and continuous innovation to provide advanced process support to the underwear manufacturing industry. GBOS Laser’s equipment, with its precise processing capabilities and intelligent technology, helps manufacturers adapt to ever-changing market demands, enhancing the overall quality of underwear products. Precision Cutting for Multilayer Flexible Fabrics: Meeting Diverse Material Needs GBOS Laser’s equipment is capable of precise cutting for a variety of flexible fabrics, including Lycra, elastic bands, polyester, spandex, cotton, mesh, silk, Modal, and bonded fabrics. This precision cutting technology for multilayer flexible fabrics ensures clean and smooth edges, suitable for intricate underwear designs. GBOS’s technology enables manufacturers to easily handle different fabric materials while maintaining consistency and high quality in their products. AI Precision Cutting and Seamless White Fabric Cutting: Ensuring Accuracy and Aesthetics GBOS’s equipment supports AI precision cutting technology, which ensures precise alignment of patterns and waves, maintaining the exact design of each piece of underwear. Additionally, the equipment excels in seamless cutting of white fabrics, with edges that do...

Under the wave of technological advancements, the release of the Apple Vision Pro has struck like a bombshell, not only redefining the boundaries of “spatial computing” but also heralding a new chapter in the integration of the digital and physical worlds. Although Vision Pro has captivated global attention with its unprecedented immersive experience and innovative design, on a deeper level, it has sparked endless imaginations about the manufacturing process innovations for VR smart wearable devices. From Concept to Reality: Technological Innovation Leading Industry Leap The advent of Vision Pro is not just a bold attempt by Apple to explore the metaverse but also a profound revelation to the entire VR/AR industry—how to seamlessly integrate the infinite imagination of the digital world into real life through technological innovation. Under this trend, VR smart wearable devices, as a bridge connecting the two worlds, face increasing complexity and challenges in their manufacturing processes. Five-Axis Laser Cutting Machine: Unlocking a New Chapter in Curved Surface Cutting Facing the increasingly complex shape designs of VR wearable devices, traditional processing methods can no longer meet the high-precision and high-efficiency production demands. At this critical moment, Guangboshi, with a forward-looking perspective, has launched the GN602-3D-EP three-dimensional five-axis...

In today’s era of technological innovation and AI-driven production, the industrial manufacturing sector is experiencing a revolutionary transformation. This transformation focuses on intelligent, automated, and data-driven production models that not only significantly boost productivity but also spark innovation and drive upgrades across the industry. Particularly in the field of flexible manufacturing, the application of AI VisionScan technology has become a key force in replacing manual identification, making various processes more intelligent and precise. This effectively reduces labor costs and promotes the transition from flexible manufacturing to smart manufacturing. 16 Years of AI VisionScan Technology Accumulation GBOS’s emphasis on this technological transformation began in 2008 when we took the first step in developing VisionScan technology. After 16 years of technological accumulation and continuous innovation, we have advanced VisionScan technology to the fifth generation (CCD 5.0). This technology not only theoretically achieves an “AI VisionScan accuracy of ±0.1mm” but also demonstrates tremendous value in practical applications. It has been widely applied in industries such as footwear, apparel, and garment accessories, facilitating the production and processing of same-color mesh fabrics, digitally printed materials, and various types of trademarks, thereby solving many production challenges for users. The “Eye of Wisdom” in the Garment Accessories...

In 2023, BYD released a video titled “Together, We Are Chinese Cars,” which garnered widespread attention and enthusiastic response across the internet. This video not only serves as a declaration of the BYD brand but also symbolizes the confidence and determination of China’s new energy vehicle industry. It marks the shift towards new energy vehicles becoming a major trend for the Chinese automotive industry to compete globally, continuously leading into the future. The global promotion and development of new energy vehicles not only demonstrate advancements in new energy technology but also underscore the importance of precision manufacturing of various car components for automakers. Among these components, the manufacturing process of car seats is particularly crucial. When selecting seat suppliers, major automotive brands follow a set of evaluation criteria, preferring suppliers who can provide comprehensive solutions, demonstrate excellent environmental records, and possess innovative capabilities. These criteria include meeting standards in cutting processes, effectively saving leather materials to enhance cost-effectiveness, and other key indicators, all aimed at providing consumers with the ultimate comfort experience.                                             However, manufacturers are confronted with challenges...

“As the rigid demand for living space grows among the younger generation, the demand for furniture catering to small spaces, cost-effectiveness, and integrated design is increasing. This trend, coupled with increasingly stringent environmental standards set by the government, is pushing leather furniture manufacturers to transition towards digitization and green manufacturing, aiming for dual optimization of cost-effectiveness.”   01 Leather Nesting and Cutting: Manual vs. Automated   Traditionally, crafting a standard leather sofa requires nesting and cutting different sizes and qualities of leather for various parts of the sofa. During this process, craftsmen face challenges such as material displacement and wastage through manual nesting and cutting. This method not only lacks efficiency but also results in low material utilization. Additionally, it’s difficult to transfer such skills, leading to challenges in finding experienced craftsmen.   In contrast, employing digital equipment for nesting centralizes data processing and swiftly provides multiple nesting schemes through cloud computing analysis, significantly reducing material wastage and achieving efficient cutting. This integrated solution of nesting and cutting saves considerable time, labor costs, and boosts leather utilization rates to 85% or higher.   Moreover, the nesting equipment seamlessly connects with cutting equipment, achieving nesting + cutting in one step, saving...

​ China’s luggage industry has been growing at a rapid pace in recent years, not only as a global manufacturing center, but also as a major exporter, producing nearly 1/3 of the world’s luggages. In these export categories, young people are increasingly focusing on choosing luggages with a sense of design, while focusing on the convenience of carrying small leather goods (card bags, wallets, coin purses, cell phone bags, etc.), the sense of design, materials, and production process of whether the corporate social responsibility and in line with the concept of sustainable development.   With this background, manufacturers are moving towards intelligent production methods for bags and luggage. Whether it’s optimizing processes, reducing material waste, practicing social responsibility, or introducing sustainable solutions, upgrading technical standards, and developing innovative products to meet the demand for a small number of diversified orders, this has become a common consideration for manufacturers. And brands will focus more on how to utilize technology for growth and innovation.   // Smart Manufacturing for Growth In the midst of this trend, from nesting to cutting to bag craft innovation, GBOS provides you with a digital one-stop intelligent cutting + innovative craft solution to help you realize bag...

Li-Ning, a trailblazer in China’s sports industry renowned for its professional and casual sports footwear and apparel, is taking a giant leap into the future of manufacturing with its “Digital Cutting Center for Footwear Industry.” This cutting-edge initiative is fueled by the adoption of Lean Intelligent Manufacturing 4.0 principles, with Li-Ning selecting GBOS as its strategic partner.   GBOS, a pioneer in intelligent cutting solutions, provides Li-Ning with a comprehensive one-stop solution, integrating over 20 intelligent machines to revolutionize the production process.     One of Li-Ning’s Footwear Digital Cutting Center(Die-less Cutting)   Li-Ning’s adoption of GBOS’s cutting-edge technology is characterized by the integration of an IoT-bridged digital management system. This system empowers Li-Ning to efficiently manage various cutting machines, including the AI VisionScan nesting system for irregular leather, digital cutting of large leather areas, Al VisionScan oscillating knife cutting machine for shoe components, 5G Al VisionScan automatic line marking, and high-speed galvanometer CO2 laser cutting, laser marking and engraving machine. The digital management workshop, featuring IoT bridge and OEE Dashboard, ensures seamless connectivity and real-time monitoring of the entire production process.      Achieving Unprecedented Output   One of the standout advantages of Li-Ning’s Digital Cutting Center is its...

In recent years, the introduction of the “one helmet, one belt” policy has brought significant changes to the domestic electric vehicle helmet regulations. This has not only enhanced end-users’ understanding of the importance of helmets in travel safety, but also spawned the rapid development of the helmet industry. Against this backdrop, GBOS has iterated a one-stop intelligent solution for the wearable industry with superior technical strength and advanced manufacturing concepts, aiming to meet the all-round needs of consumers for helmet safety, comfort and personalization.   GBOS One-stop Smart Wearable Solution For cutting the support inside the helmet, GBOS KC1625TT-SD Digital Cutting Sharpener shows great strength. According to different material types and cutting needs, it can choose to match different modular tools to meet diversified cutting needs and open up diversified material selection space.   In the face of the helmet’s outer parts production, often need to use the mold to carry out the helmet injection molding parts cutting. However, different styles require different molds, which undoubtedly increases the cost and creates a management burden. The GN602-3D-EP solves this problem. This 3D 5-axis laser cutting machine is suitable for cutting all kinds of shaped products, which can replace the traditional punching...