Hanin has unveiled the LCD-L298, a desktop elastomer 3D printer, at TCT Asia in Shanghai. The system utilizes LCD selective area light transmission technology, featuring an 8K resolution screen with 46 micron XY accuracy and a Fresnel lens optical system for uniform light distribution. It offers a build volume of 294 x 160 x 400 mm and is designed for dual-component elastomer printing across sectors including footwear, consumer electronics, and robotics. Alongside this, Hanin showcased its SJF-P380 system, which employs proprietary Selective Jet Fusion technology for powder bed fusion applications.

The introduction of the LCD-L298 highlights the increasing focus on high-precision vat photopolymerization for functional elastomers, a segment traditionally dominated by more expensive DLP or laser-based systems. By leveraging LCD technology, Hanin aims to lower the barrier to entry for high-efficiency elastomer production, competing with established players in the desktop and mid-range industrial printer market. The move into powder bed fusion with the SJF-P380 suggests a broader strategy to diversify its hardware portfolio beyond 2D printing, targeting the growing demand for localized, high-throughput additive manufacturing in the Chinese industrial sector.

For users, the primary value of the LCD-L298 lies in its ability to handle dual-component elastomers at a higher resolution than standard LCD systems. Hanin must now demonstrate the long-term reliability of its optical system and the availability of a robust material ecosystem to support these specialized applications. Potential adopters should prioritize evaluating the mechanical consistency of the printed elastomers against existing production standards in their specific vertical.