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SnowX’s SnowPod Metal 3D Printer at TCT Shenzhen 2026: The Machine and Print Samples Up Close

October 18, 2026

SnowX's booth at TCT Shenzhen 2026 drew a steady crowd throughout the show. | Photo: AM Insight Asia

Can a desktop metal 3D printer really do this much? From parts to jewelry, the print samples we saw at the show, plus copper alloy support

We covered the specs of SnowPod, the desktop SLM metal 3D printer from China’s SnowX, when we published its press release in September (previous article). At TCT Shenzhen 2026, held in Shenzhen from October 14 to 16, the company’s booth never emptied, and camera crews kept filming throughout the show. It was one of the busiest booths at the event. Since we had already reported what is known so far, we hesitated over whether to write another piece. In the end, we wanted readers to see the quality we saw at the show for themselves, so this article is built around photos.

Visitors and camera crews gather around SnowPod. | Photo: AM Insight Asia
Visitors and camera crews gather around SnowPod. | Photo: AM Insight Asia

The Build Chamber and Cartridge-Based Powder

SnowPod’s build volume is 80 × 80 × 100 mm, and the build chamber behind the door is sized to match.

Inside SnowPod's build chamber. | Photo: AM Insight Asia
Inside SnowPod’s build chamber. | Photo: AM Insight Asia

Metal powder is sold in cartridges that load into the machine. Swapping them is easy, and users have fewer occasions to handle powder directly.

SnowPod's powder cartridges. Metal powder is sold in cartridges, making replacement easy. | Photo: AM Insight Asia
SnowPod’s powder cartridges. Metal powder is sold in cartridges, making replacement easy. | Photo: AM Insight Asia

The inert atmosphere needed for printing comes from NitroPod, a dedicated nitrogen generator, which was displayed next to SnowPod at the booth.

SnowPod (left) with its companion nitrogen generator, NitroPod (right). | Photo: AM Insight Asia
SnowPod (left) with its companion nitrogen generator, NitroPod (right). | Photo: AM Insight Asia

Many Shapes Packed onto a Single Build Plate

On an as-printed build plate, gears, an impeller, threaded parts, lattices and thin fins sit packed side by side.

Test parts including gears, an impeller, threaded parts and lattices on a single build plate. | Photo: AM Insight Asia
Test parts including gears, an impeller, threaded parts and lattices on a single build plate. | Photo: AM Insight Asia
Sample parts still on the build plate, with supports attached. | Photo: AM Insight Asia
Sample parts still on the build plate, with supports attached. | Photo: AM Insight Asia

Bolt threads, thin perforated walls, the slender struts of a lattice. The fine detail a 40 μm laser spot is designed for comes into view in close-up.

A thin perforated wall (left) and a bolt and nut (right). | Photo: AM Insight Asia
A thin perforated wall (left) and a bolt and nut (right). | Photo: AM Insight Asia
Close-up of a lattice structure. | Photo: AM Insight Asia
Close-up of a lattice structure. | Photo: AM Insight Asia
A lattice block (left) and a spiked throne model (right). | Photo: AM Insight Asia
A lattice block (left) and a spiked throne model (right). | Photo: AM Insight Asia
A dinosaur skeleton (left) and a nested square structure printed in one piece with movable layers (right). | Photo: AM Insight Asia
A dinosaur skeleton (left) and a nested square structure printed in one piece with movable layers (right). | Photo: AM Insight Asia

Printed in one piece with its joints in place, the dragon moves without any assembly.

An articulated dragon printed in one piece, with a close-up of its scales (right). | Photo: AM Insight Asia
An articulated dragon printed in one piece, with a close-up of its scales (right). | Photo: AM Insight Asia

Jewelry and Figures Transformed by Polishing

Among the rings, pendants and figures on display, as-printed pieces sat beside ones polished to a mirror finish, making it easy to compare how much post-processing changes the result.

Rings on display at the SnowX booth. | Photo: AM Insight Asia
Rings on display at the SnowX booth. | Photo: AM Insight Asia
Display pieces, some left as printed and some polished to a mirror finish. At the back right is a cross-section of a printed part. | Photo: AM Insight Asia
Display pieces, some left as printed and some polished to a mirror finish. At the back right is a cross-section of a printed part. | Photo: AM Insight Asia
A figure with half its body cut away to show the skeleton (left) and a woven-pattern ring (right). | Photo: AM Insight Asia
A figure with half its body cut away to show the skeleton (left) and a woven-pattern ring (right). | Photo: AM Insight Asia
A ring with an openwork pattern (left) and a polished dinosaur head (right). | Photo: AM Insight Asia
A ring with an openwork pattern (left) and a polished dinosaur head (right). | Photo: AM Insight Asia
A skull pendant (left) and a ring with characters cut through to the inside (right). | Photo: AM Insight Asia
A skull pendant (left) and a ring with characters cut through to the inside (right). | Photo: AM Insight Asia

Copper Alloys Alongside Stainless Steel

The press release listed 316L stainless steel as the supported material, but according to explanations at the booth, SnowPod also works with copper alloys. The gold-colored bow-shaped ring was printed in copper alloy.

A bow-shaped ring in copper alloy, with a close-up of the knot (right). Besides stainless steel, SnowPod also works with copper alloys. | Photo: AM Insight Asia
A bow-shaped ring in copper alloy, with a close-up of the knot (right). Besides stainless steel, SnowPod also works with copper alloys. | Photo: AM Insight Asia

Support Generation in SnowPath

On screen, SnowPath, SnowX’s in-house slicing software, showed supports generated to fit the shape of the model.

Supports generated in SnowPath, SnowX's slicing software. | Photo: AM Insight Asia
Supports generated in SnowPath, SnowX’s slicing software. | Photo: AM Insight Asia
The author with a SnowX booth staff member. | Photo: AM Insight Asia
The author with a SnowX booth staff member. | Photo: AM Insight Asia

AM Insight Asia Perspective

The booth displayed everything from industrial test parts to jewelry and figures, showing the range of users SnowPod is meant for. SnowX lists jewelry and artwork among its applications and is building a community partly aimed at artists and designers. Copper alloy support widens that range further.

In jewelry making, the usual route is to print a master in resin and send it out for lost-wax casting to turn it into metal. Printing metal directly on a desktop lets creators skip that outsourced step. In jewelry, SnowPod competes less with industrial SLM makers than with the combination of resin printers and casting services.

We can also see creators who have relied mainly on polymer 3D printers beginning to work in metal, and that shift has only just started. Creators around the world struggle to make a living from their work, and turning an idea or design into a real product to sell has long meant clearing a high bar. Being able to finish a metal product on their own desk lowers one of those barriers.

Industrial use is in view as well. Specialized metal parts that cannot be bought off the shelf, such as jigs and components for robots, robotic arms and drones, may become easier to put to use. SnowX itself lists mechanical and robotics components among SnowPod’s applications.

Selling powder in cartridges is an attempt to remove the hassle of handling powder, and it also creates a structure that keeps earning revenue from consumables after the machine is sold. What to watch next is the machine price on Kickstarter, along with the price of each cartridge and how much it can print. Whether that total comes in below outsourcing for creators will decide how fast SnowPod spreads. There is no official pricing yet, but information has started to circulate on X that the Kickstarter campaign price will be under US$6,000. We will wait for the official announcement.

About the Company

SnowX is based in Suzhou, Jiangsu Province, China, and develops SnowPod, a desktop SLM metal 3D printer, along with NitroPod, a dedicated nitrogen generator, and SnowPath, its slicing software. SnowPod is scheduled to launch on Kickstarter in Q4 2026. Website: snowx.com