Xtreme 8K

The largest size production-grade DLP 3D printer in the world (1) for high-volume production of end-use parts.


• Overview


The Xtreme 8K makes volume production of 3D-printed parts a reality, with the ability to print thousands of parts per day. With wide material compatibility, including hard plastics, high-temperature plastics, elastomers and rubbers, the Xtreme 8K enables the production of the broadest possible range of parts.

The Xtreme 8K leverages long-chain polymer chemistry to create fully-isotropic, stable, end-use parts, and features a heated vat, allowing users to process highly viscous and solid materials at room temperatures.

1.Xtreme 8K offers the largest build area among commercially-available, production-grade DLP printers



Designed for volume production

With the largest build volume of any production-grade DLP 3D printer in the world, the Xtreme 8K is capable of producing thousands of parts per day.

Wide material compatibility

Everything from hard plastics, high-temperature plastics, elastomers and rubbers – the Xtreme 8K’s heated vat allows users to process a wide variety of highly viscous materials.

Exceptional part strength and quality

Long-chain polymer chemistry produces strong, stable, fully-isotropic parts suitable for demanding end-use applications.

Example Parts


Featured Materials

190+ Materials available


Largest DLP build volume on the market

Largest DLP build volume on the market

450 x 371 x 399 mm (17.7 x 14.6 x 15.7 in)



With the largest build volume on the market and an incredibly productive print engine, the Xtreme 8K is highly agile and productive. The large build volume allows users to print very large parts, thousands of smaller parts, or mix and match both in one build.


Made Possible By:
  • Largest DLP build volume on the market
  • Top down DLP printing

Fast print speeds


Built to be a production system, the Xtreme 8K has the print speeds required for high volume production printing.

Incredibly fast print speeds are made possible by key features that are unique to the Xtreme 8K. Top-down printing allows for faster curing of each layer by eliminating the peeling step that is required for traditional DLP systems. When it comes to material polymerization times, the Xtreme 8K uses high-powered projectors and a highly-efficient, custom optical train to ensure that high power is delivered to each voxel, resulting in fast polymerization.


Made Possible By:
  • Top-down printing
  • High-power projectors
  • Highly-efficient, custom-designed optics

Isotropic material properties

Parts printed on the Xtreme 8K are fully isotropic, allowing printed parts to rival traditionally manufactured plastic components such as injection molded plastic.


Unlike most plastic additive manufacturing methods, parts printed on the Xtreme 8K are made up of entangled long chain polymers, resulting in strong, fully-isotropic parts. This is vastly different from other processes, like FDM, where parts are anisotropic and have little to no polymer chains between each layer.

Creating those long-chain polymers requires processing highly viscous resins which need significant power to polymerize. Due to their high viscosity, these resins cannot be jetted (PolyJet,) and take too long to process with vector-based polymerization methods (SLA.)


Made Possible By:
  • Long-chain polymers
  • Top-down printing
  • High-power projectors

Smooth surface finish

With the ability to achieve a surface roughness less than 1 um RA, Xtreme 8K parts feature the surface finishes required for end-use parts across a variety of industries.


DLP has long been known for its ability to deliver exceptionally smooth surface finishes on printed parts. The Xtreme 8K takes this one step further thanks to advanced DLP features such pixel tuning which further enhance surface finish. The Xtreme 8K also prints top down, meaning the parts are fully submerged in material during printing. This allows for less support structure requirements resulting in better surface finishes. 

With the ability to print parts with a surface roughness of less than 1 um RA, the Xtreme 8K can deliver the surface finish required for end-use parts.


Made Possible By:
  • Pixel Tuning
  • Top-down printing (no peeling forces)
Our Systems








Desktop production of small, high resolution parts




24/7 production of small, ultra-high resolution end-use parts



Envision One

Rapid production of strong, fully isotropic end-use parts



Xtreme 8K

High-volume production of large end-use parts




Digital Light Processing (DLP)

Digital Light Processing (DLP)

Continuous Digital Light Manufacturing (CDLM)

Top-Down Digital Light Processing Array


143 x 83 x
110 mm

From 90 x 56 x 180 to 233 x 141.5 x 180mm

180 x 101 x 175 mm and up

450 x 371 x 399 mm



Flex, Pro




25µm with patented pixel tuning

23-59µm with patented pixel tuning

60µm with patented pixel tuning

100µm with patented pixel tuning