The global wearable Al (artificial inteligence) market size was valued at USD 62.7 bilion in 2024 and is estimated to reach USD 138.5 billion by 2029, growing at a CAGR of 17.2% during the forecast period. The growth of the wearable Al market is driven by seamless integration with smartphones and internet of Things (loT), growing awareness regarding health and fitness among general population and technological advancements in wearables, including varied price points, diverse designs, and personalized accessories like straps and watch cases.

Data sourced from MarketsandMarkets

In the realm of consumer electronics, the demand for personalized customization is stronger than ever. At HBD, we believe metal 3D printing technology stands out by rapidly meeting design requirements, manufacturing intricate internal structures and fine surface parts. This technology aids product designers in realizing their concepts with ease while optimizing manufacturing costs. Furthermore, metal 3D printing provides an effective solution for the challenges posed by titanium alloys, such as low thermal conductivity and processing difficulties. It offers an ideal combination of high strength and light weight, making it perfect for the lightweight needs of consumer electronics.

Metal 3D printing aligns perfectly with the evolving trends in consumer electronics. It supports the industry's shift towards thinner, lighter products by enabling the precise integration of multiple parts and innovative structural designs. The technology also allows for greater design freedom based on functional requirements, uses materials with superior performance, and achieves high-precision forming of complex microstructures.

From a production standpoint, metal 3D printing addresses the difficulties of batch processing challenging materials. It facilitates the combined forming of multiple parts, reducing manufacturing steps and costs. Additionally, it can produce micro-complex structures, significantly cutting down on manufacturing expenses and optimizing costs.

In the field of consumer electronics, HBD have developed efficient metal 3D printing technologies that enable the small-batch production of high-quality watch cases, shaft structures, hinge covers, and precision parts. We have managed to overcome certain manufacturing challenges, achieving ultra-thin designs with case thicknesses as slim as 0.5mm.

To address the demand for high-precision mass production in the consumer electronics industry, we introduced the HBD 400 Metal AM System. This system offers improvements in cost and efficiency, featuring a large build volume and a powerful laser configuration. It ensures efficient, safe, and automated production, enhancing process accuracy and production efficiency. With its consistent and stable operational performance, HBD 400 can support large-scale production, contributing to advancements in the consumer electronics industry.