HANS M410 metal 3D printing solution enables precision manufacturing of high-integration 3C components through micron-level accuracy, integrated molding, and efficient mass production capabilities.
Against the backdrop of the ongoing trend towards lightweight, integrated, and highly functional consumer electronic devices such as smartwatches, smartphones, and TWS earbuds, Hans Series has successfully assisted industry chain customers in overcoming multiple manufacturing bottlenecks through its advanced metal 3D printing technology. From ultra-thin smartphone mid-frames and complex earbud sound chambers to high-precision hinges and hidden clasps, the HANS M410 metal 3D printing equipment is transforming an increasing number of once "unachievable" cutting-edge designs into viable mass-produced products.
This series of collaborative achievements is underpinned by the core technical support provided by the HANS M410. As one of the most widely adopted metal additive manufacturing solutions in the current 3C electronics industry, the multi-dimensional manufacturing advantages of this equipment are continuously driving the upgrade and transformation of component manufacturing processes.
Micron-Level Printing Precision, Breaking Structural Limits
The HANS M410 offers micron-level precision manufacturing capabilities ranging from 20-80µm, coupled with a powder recoating system with 20-50µm accuracy. It can stably form highly challenging features such as 0.1mm-level ultra-thin wall structures, micro-channels, complex lattices, and internal flow channels, precisely meeting the manufacturing demands for extreme lightweight and highly integrated functionality in the 3C field.
Excellent Surface Quality, Meeting Aesthetic Requirements
Practical testing shows that the surface roughness (Ra value) of workpieces formed by the HANS M410 generally falls between 5-10µm. After standard post-processing such as sandblasting and polishing, this can be further improved to接近 mirror-like效果, fully satisfying the high standards for aesthetic appeal and tactile experience in consumer electronic products.
Integrated Forming, Redefining Structural Design
The HANS M410 supports the integrated manufacturing of multiple components. It can一次性整体打印成形 parts that originally required separate assembly (such as smartphone mid-frames and SIM card trays, internal brackets and clasps), not only simplifying the production process but also significantly enhancing the overall strength and structural reliability of the components.
Multi-Laser Collaboration + Bi-Directional Recoating, Accelerating Mass Production
Faced with batch order components like smartwatch cases and TWS earbud hinges, the equipment's six-laser system enables "quasi-parallel" processing, multiplying成型效率. Combined with bi-directional recoating technology, non-printing time is further reduced, helping customers shorten delivery cycles and seize the advantage in new product launches.
Intelligent Powder Management, Enabling Cost Control
The equipment integrates an automatic powder suction-sieving-feeding system, achieving closed-loop management of the entire metal powder workflow. This significantly reduces material waste, improves powder reusability, and provides reliable support for continuous and large-scale production.
From concept design to physical realization, from prototype verification to mass production, the HANS M410 is continuously expanding the boundaries of 3C hardware design with its comprehensive manufacturing capabilities in precision, efficiency, and integration. In the future, Hans Series will continue to collaborate with industry partners to jointly explore more possibilities for the future forms of smart terminal hardware.
