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 brought about by the complexity of production due to changes in user demands and material types, especially in leather nesting and cutting processes. This process not only requires high levels of manual skill and time but is also prone to errors, often resulting in unnecessary production bottlenecks and capacity decline. Considering the high cost of leather materials themselves, maximizing savings in every inch of leather has become a major challenge.
■ GBOS Leather Nesting + Cutting Solution for Automotive Interiors
Addressing this challenge, GBOS has introduced a set of solutions for leather nesting and cutting in the automotive interior industry. This solution digitizes operations, reduces labor, minimizes material waste, simplifies cutting operations, and enhances product quality, laying a solid foundation for automotive manufacturers to improve production efficiency and profitability.
With proprietary algorithms, GBOS digital solution achieves the highest material utilization rate, reaching 85% or more, to achieve optimal nesting results in the most material-saving manner.
Compared to traditional manual methods, GBOS digital one-stop intelligent nesting + cutting solution [ITS5-3012 + KC3060TTX2] can:
■ Achieve over 85% material utilization rate;
■ Further increase material utilization through integrated nesting by 1.5%;
■ Support continuous nesting of multiple leather sheets without interruption;
■ Digitize operations, reduce the need for skilled leather craftsmen, and enable 24-hour uninterrupted operation.
Let’s work together! Together, let’s empower China’s intelligent manufacturing! Together, let’s make Chinese car interiors more beautiful and comfortable, with even higher quality! Together, let’s help Chinese cars run faster and farther!
White and light-colored apparel remains a timeless choice in the fashion industry, valued for its clean look and versatility across work and casual settings, reflecting today’s preference for simple, quality living. Behind this “pure aesthetic,” however, lies a long-standing cutting challenge for manufacturers: preserving the fabric’s original beauty while ensuring production efficiency and precision. 01 White Fabric Cutting: A Seemingly Simple but Highly Demanding Challenge In the business world, real pain points are often hidden within needs that appear simple at first glance. Consumers expect white apparel to be clean and flawless, breathable and comfortable, and durable down to the finest details—but meeting all three expectations at once is a real challenge for manufacturers. Natural cotton, linen, and eco-friendly specialty fabrics offer excellent breathability and comfort, yet they are extremely difficult to cut. Traditional laser cutting generates high heat that can cause yellowing, darkening, or scorching along the edges—an almost “fatal flaw” for white fabrics. The result is either scrapped material or compromised brand reputation, driving up waste and production costs. At the same time, modern garment features such as seamless pockets and waterproof bonding tapes require highly precise cutting to ensure quality. Inaccurate cuts from traditional methods often lead...
The true refinement of automotive interiors is often hidden in the details you don’t immediately see. From a single piece of plastic raw material to a contoured trim part that fits seamlessly into the cabin, the precision and efficiency of the cutting process directly define the upper limit of product quality—and ultimately shape a manufacturer’s core competitiveness. 01 The Dual Challenge of Cutting Complex Automotive Interior Components As you sit inside a vehicle and run your fingers along the smooth curves of the center console or the precisely cut openings on the door panels, you probably don’t stop to think about how these complex, contoured parts are produced with such consistency. For automotive component manufacturers, however, achieving this level of precision has long been a hidden pain point in production. Traditional stamping dies are bulky and costly to change over, making them ill-suited for customized or irregularly shaped interior parts. Manual trimming, on the other hand, relies heavily on operator experience, often resulting in inconsistent accuracy, excessive burrs, and additional finishing processes that consume time, labor, and may even compromise part precision. As a result, the machining of complex interior parts is often trapped in a dilemma between low efficiency...
Pub Date: Jan 17, 2026
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