TCT Asia 2026: China's AM Industry Ready for Scale

China's AM Industry Hits Scale Mode

Walk into TCT Asia 2026, and the first impression is density. More than 55,000 square meters across Halls 7.1 and 8.1 at Shanghai's National Exhibition and Convention Center, over 550 exhibitors, and more than 35,000 expected visitors. That scale reflects an additive manufacturing market that no longer feels experimental; it feels commercial and in motion.

China's decade-long industrial policy push, from "Made in China 2025" onward, has already reshaped sectors from EVs to AI infrastructure. At TCT Asia 2026, additive manufacturing looked unmistakably like the next chapter of that story.

From Machine-Centric to Application-Centric

What stood out most was not that Chinese firms can now build competitive machines — that is old news. It was the shift from machine-centric competition to application-centric competition. Many exhibitors were no longer selling speed, lasers, or build volume in isolation. They were selling workflow, uptime, integration, cost reduction, throughput, and use cases.

The national manufacturing system on display has become better at absorbing, deploying, testing, and commercializing new tools at speed. That is a much more consequential stage of market development.

Hall 7.1: Metal AM as Manufacturing Infrastructure

The metal side of TCT Asia 2026, concentrated in Hall 7.1, was not about printing impressive one-off parts. It was about proving that metal AM can operate as a reliable, high-throughput production infrastructure.

A strategic report published in early March 2026 by Guojin Securities framed what is happening as "triple efficiency-driven inflation": three converging cost reductions — collapsing raw material prices, multiplying laser efficiency, and scaling build capacity — inflating addressable demand so aggressively that entirely new application categories are opening up.

Eplus3D EP-M2050: From Aerospace to Consumer Electronics

Eplus3D's EP-M2050 was the most dramatic example. With a build volume of 2,050 × 2,050 × 1,100 mm and support for up to 64 lasers, it is a machine designed for super-meter-class monolithic structures for aerospace, including rocket engine housings, satellite frames, and structural components.

But the crossover story was in consumer electronics: Eplus3D pointed to the production of titanium alloy hinge covers for Honor foldables as evidence that metal AM is entering consumer electronics supply chains. That application case alone tells you how far the economics have shifted.

The decline in Ti-6Al-4V titanium alloy powder costs in China from roughly 600 RMB/kg in 2023 to under 300 RMB/kg in 2024 — with recycled powder pushing toward 200 RMB/kg by 2026 — has eliminated an entire category of objection that kept printed parts out of consumer supply chains.

Farsoon FS350M: Density Over Size

Farsoon's FS350M series made a different but equally important point. The system offers a 425 × 350 × 400 mm build volume with up to six lasers, but its footprint is only six square meters. For manufacturers planning factory layouts, that density matters more than raw build volume.

Farsoon's bidirectional powder-spreading system minimizes laser idle time, resulting in a machine optimized for ROI per square meter. Throughput gains of 3x or more were demonstrated by multiple exhibitors.

HBD Dynamic Beam Shaping

HBD's P400 and the MT280 optical system brought dynamic beam shaping to the Chinese metal AM market. The concept of switching in real time between a fine Gaussian spot for precise contours and an annular ring beam for rapid infill was pioneered by nLIGHT (US) in 2022 and is now integrated into EOS and AMCM systems in Europe.

HBD's Guangchi II applies the same principle with dual-wavelength support (1070/1080 nm) for high-reflectivity metals such as copper and aluminum.

Green Laser Copper Printing

Shenzhen Addireen Technologies offered another data point in green-laser copper 3D printing. Using 515–532 nm green lasers instead of standard 1064 nm infrared overcomes copper's high reflectivity, enabling stable melt pools without excessive power, spatter, and optics damage.

What Addireen represents is a Chinese startup founded in 2023 as a spinoff from laser manufacturers, showing how quickly advanced optical approaches are being adopted across the Chinese AM supply chain.

The Bottom Line

TCT Asia 2026 made one thing clear: China's AM industry is no longer playing catch-up. It's playing for scale. The combination of falling material costs, increasing laser efficiency, and growing build capacities is opening entirely new application categories — from aerospace components to consumer electronics.

The question is no longer whether metal AM can be economical. It's what industries will be next to adopt it.