Micro-precision resin printing has a new channel into North America. According to VoxelMatters' report of 20 October 2026, VoxTech3D, a service bureau based in Agoura Hills, California, has been named the exclusive distributor for the United States, Canada and Mexico of Nano-XS3DTech, a Chinese maker of micro-DLP printers. VoxTech3D also becomes an authorized reseller for Europe and the UK. The deal puts a four-machine family spanning 2 to 35 microns of optical resolution in front of North American buyers, along with a bold claim: builds up to ten times faster than established micro-stereolithography systems, at lower prices.

That combination of speed and price is the part worth scrutinizing. Micro-scale additive manufacturing has long been a niche where the machines are slow, expensive and owned mostly by research labs and specialist bureaus. If Nano-XS3DTech's numbers hold up in practice, the economics of tiny, high-detail resin parts could shift. For now, they are manufacturer claims, and the distributor's own business model suggests it knows buyers will want proof first.

Who Is Involved

Neither company has much history. VoxTech3D was founded in December 2024 by Paul Spoliansky, its CEO, and Tom Hung. It operates as a micro-precision service bureau, which means it prints parts for customers rather than only selling hardware. Its pitch, as VoxelMatters describes it, is straightforward: print your parts first, buy the machine later.

Nano-XS3DTech, which also operates under the name Xingsheng Precision, is only slightly older. It was founded in 2023 in Jiangmen, in China's Guangdong province, by Collin Liu, with Allen Yuan as co-founder. Beyond printers, the company supplies its own photopolymer resins. VoxelMatters reports that roughly 20 of its machines have been installed, including three each of the 2-micron and 10-micron systems.

An installed base of about 20 units is small, and that is not a criticism so much as context. This is an early-stage hardware line entering a market where buyers tend to be cautious and where a single failed qualification run can cost more than the printer.

The Hardware

The Nano-XS3DTech lineup comprises four micro-DLP printers at 2, 10, 15 and 35 microns of optical resolution. VoxTech3D's distributor site lists all four in a comparison table. All figures below come from that page and are vendor specifications, not independent measurements.

Micro P102 Plus. The top of the range in resolution, with 2 µm optical accuracy from a 4K UV LED engine and a stated 900-million-pixel resolution. Its build area is 60 x 60 x 50 mm, the smallest of the four, which fits a machine aimed at very fine features rather than large parts.

Micro P110 Plus. At 10 µm optical accuracy, this model trades some resolution for space. Its 115 x 128 x 65 mm build area is the largest footprint in the micro series, driven by a 4K UV LED engine and a stated 140 million pixels. The model's own page gives a layer thickness of 2 to 20 µm, though the comparison table on the same page lists 2 to 50 µm, so confirm the figure with the vendor.

Micro P215 Plus. The 15 µm model offers an 84 x 63 x 70 mm build area, 23.52 million pixels and 5 to 50 µm layers. The listed resins include high-temperature, transparent and flexible formulations, as well as ceramic-filled materials in zirconia and alumina. The same material list appears for every model in the table.

Micro P135. The 35 µm machine is the coarsest in the family. It lists a 67.2 x 37.8 x 150 mm build area, 2.07 million pixels, 5 to 50 µm layers and a UV LED light source. Its build height is the tallest of the four.

Reading the Numbers

A few points are worth unpacking for anyone who knows consumer resin printers but has not shopped at this scale.

First, the pixel counts. A consumer MSLA printer's resolution is set by an LCD panel. Here, a DLP engine projects the layer image. The stated pixel totals, such as 140 million on the P110 Plus or 900 million on the P102 Plus, are far larger than a single 4K frame. The product pages do not explain how those totals are reached, and the sources do not say. Buyers should ask how the full build area is exposed and what that means for seams and throughput.

Second, optical resolution is not the same as the smallest feature you can reliably print. Resin chemistry, light scatter, layer thickness and post-processing all shape real-world detail. A 2 µm optical figure is a ceiling, not a guarantee of 2 µm walls.

Third, the "up to 10x faster" claim. It is framed against established micro-SLA systems, not against conventional desktop resin printers, and "up to" covers a lot of ground. The sources give no benchmark parts or test conditions, so the figure should be treated as a starting point for questions rather than a planning number.

Finally, the ceramic option deserves a mention. Zirconia and alumina parts printed in resin normally require debinding and sintering after printing, with shrinkage to account for. The sources do not cover that downstream process, but anyone considering ceramic micro-parts will need to.

What It Means for Makers

Let's be direct: these are not hobby machines, and nothing in the sources suggests consumer pricing. "Lower prices" is relative to micro-stereolithography equipment, which sits well outside a typical home shop budget.

But that does not make the news irrelevant to makers. Many readers work at the edges of professional practice, prototyping for startups, building lab fixtures, or running small product businesses. For them, the more interesting part is VoxTech3D's service model. Because the company is a service bureau first, a designer working on a microfluidic chip, a small optical component or a precision mold insert can, in principle, order parts printed on these machines without buying one. That is a much lower barrier than a capital purchase, and it is a sensible way to test whether claimed resolution translates into usable parts for a specific design.

There are also reasons for caution. Both companies are young. The installed base is modest. Every specification cited here comes from the manufacturer or its distributor. And a print-first, buy-later model works best when customers send their own real geometry, not a vendor's showcase part.

Bottom Line

VoxTech3D's distribution deal gives Nano-XS3DTech a foothold in North America and gives buyers in the micro-precision space another option to evaluate. The spec sheets are ambitious, from 2 µm optics to ceramic resins to a tenfold speed claim. The smart move for anyone interested is the one VoxTech3D itself is offering: send a file, get a part, and measure it before believing the brochure.

Sources

Correction, Oct. 22, 2026: An earlier version of this article described Nano-XS3DTech as younger than VoxTech3D. Nano-XS3DTech was founded in 2023, before VoxTech3D (December 2024), so it is the slightly older company; the article now says so.