Stratasys showcases PolyJet liquid-based 3D printing for consumer electronics prototyping at Industrial AX Korea 2026
Hardware
Originally reported by 헬로T
Stratasys demonstrated its PolyJet liquid-based 3D printing technology at the Industrial AX Korea 2026 exhibition held at COEX in Seoul on June 16, 2026. The company displayed sample parts printed using its PolyJet process, which uses liquid photopolymer resins to produce parts with smooth, injection-mold-like surface finishes. Stratasys representatives highlighted the technology's ability to produce full-color and transparent prototypes, positioning it as a complement to its more widely known FDM/FFF filament-based systems. The booth focused on applications in product development, particularly for consumer electronics mock-ups and appearance verification.
This exhibition presence matters because it underscores Stratasys's strategic push to differentiate its PolyJet portfolio in a market where FDM/FFF is often perceived as the default polymer AM process. PolyJet addresses a persistent gap in the polymer AM landscape: the need for high surface quality and multi-material color capability in prototyping, especially for consumer electronics and medical device design verification. While HP's Multi Jet Fusion and SLS processes dominate functional prototyping and short-run production, PolyJet occupies a distinct niche for appearance models and visual validation. Stratasys is leveraging this differentiation to strengthen its position in the Korean market, where consumer electronics giants like Samsung and LG drive demand for rapid, high-fidelity prototyping. The company's emphasis on full-color and transparent materials directly targets the design-review workflows of these OEMs.
For Stratasys, the challenge remains translating this technology demonstration into sustained commercial traction. PolyJet has long been a technically capable but commercially niche process within the broader AM market. The company must ensure that its go-to-market messaging clearly separates PolyJet from FDM/FFF in customer perception, and that the total cost of ownership - including material costs and post-processing requirements - aligns with the value proposition for design teams. Buyers evaluating PolyJet should benchmark it against both traditional CNC-machined prototypes and competing photopolymer systems from 3D Systems and Formlabs to validate the claimed advantages in surface quality and color fidelity.
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