Hanin’s Unveils New 3D Printing Lineup with Elastomer and SJF Systems at TCT Asia

Why It Matters

The launch expands Hanin’s portfolio into high‑precision elastomer printing and scalable powder‑bed production, addressing two fast‑growing niches in additive manufacturing and giving manufacturers a more versatile, end‑to‑end solution.

Key Takeaways

• LCD-L298 uses COB + Fresnel for uniform elastomer exposure.
• 8K panel gives 46µm XY accuracy, 294×160×400mm volume.
• SJF-P380 offers AI diagnostics, real-time inkjet inspection.
• Single-agent SJF enables fine density control for batch production.
• Integrated post‑processing chain reduces turnaround time.

Pulse Analysis

Hanin’s debut of the LCD‑L298 marks a notable shift in elastomer additive manufacturing. Historically, LCD‑based printers struggled with uneven light distribution, limiting part consistency for flexible materials. By integrating a high‑power COB source with a Fresnel lens, the LCD‑L298 achieves uniform exposure across a sizable build envelope, delivering 46 µm XY accuracy and 8K resolution. This technical leap opens new opportunities for industries that demand precise, soft‑material components, such as custom midsoles, wearable medical devices, and soft‑robotic actuators, where surface finish and dimensional fidelity are critical.

On the industrial side, the SJF‑P380 leverages Hanin’s single‑agent selective jet fusion process, combining photoinitiators and thermal initiators to fine‑tune part density and surface quality. The system’s AI‑powered image‑diagnostic module continuously monitors temperature and deformation, while real‑time inkjet inspection with automated repair reduces scrap rates. With a 5‑head ceramic piezoelectric printhead array and a built‑in post‑processing chain—from sandblasting to surface treatment—the SJF‑P380 is positioned as a turnkey solution for batch production, competing directly with established SLS and MJF platforms.

The broader market impact is significant. As footwear brands accelerate customization and robotics firms scale soft‑component output, demand for reliable elastomer printers is rising. Simultaneously, manufacturers seeking to shift from traditional injection molding to additive processes need robust, high‑throughput powder‑bed systems. Hanin’s dual‑track approach—addressing both flexible‑material prototyping and large‑scale industrial manufacturing—could capture a larger share of the additive‑manufacturing value chain, prompting competitors to enhance their own optics, AI monitoring, and integrated post‑processing capabilities.