iNEW3D QC2A brings photopolymer color jetting to desktop for under $10K

VoxelMatters typically does not cover Kickstarter campaigns, but the iNEW3D QC2A warrants an exception. The printer represents a technological shift that could reshape how small studios and product designers approach color in 3D manufacturing. A full-color material-jetting 3D printer with an MSRP of under $10,000 (below $8,000 for early birds) is a game-changer and may seem too good to be true. Often, that’s the case with crowdfunding campaigns, especially for startups.

At the same time, the time has come for full-color 3D printing to become more accessible. Stratasys, the market leader, knows it and Mimaki, its main competitor, knows it too. Some competition has come from filament 3D printing companies, but other companies are now emerging in the material jetting segment, and prices will go down. Whether the upcoming low-cost systems will be reliable remains to be seen.

Flying colors

The QC2A is billed as a desktop full-color 3D printer featuring 500,000+ true colors, AI-to-3D workflow, automatic support generation, and water-soluble supports. The system is built around color micro-jetting technology scaled down from industrial photopolymer systems—a departure from the multi-filament switching and painted post-processing approaches typical of desktop color printing.

The printer uses a micro-jetting system that mixes color per droplet, creating smooth gradients and accurate skin tones embedded during printing rather than applied afterward. Unlike traditional FDM slicing workflows that demand tuning of support density, layer height, and angles, the iNEW3D system uses water-soluble support structures and planar jetting, allowing users to import geometry, slice, and print with minimal parameter adjustment.

AI modeling and material flexibility

The integration of AI-assisted model generation is central to the value proposition. QC2A converts photographs, AI artwork, or text prompts into print-ready 3D models with embedded color and texture, with 100 models generated for free and approximately $0.07 USD per model thereafter. This workflow targets users without 3D modeling expertise—a significant market among designers, educators, and small product studios.

The system is designed for material flexibility. QC2A is designed to adapt to multiple resin types without changing hardware, loading matching profiles for different materials and allowing creators to expand product catalogs while minimizing material costs.

Price drop

iNEW3D is a product series under SIMBA 3D/Tuoyuan Technology, a company that claims to have a significant background in photopolymer and microfluidic technologies. SIMBA 3D was founded with a focus on advanced photopolymer technologies, with team experience in soft-material printing, microfluidic control, transparent curing, and high-precision resin systems, having previously brought LCD 3D printers into mass production.

If done properly (which is often the case for Chinese companies), the crowdfunding approach reflects a market-validation strategy—demonstrating user interest and gathering customer feedback before a full-scale manufacturing ramp-up. The project shrinks industrial photopolymer jetting technology to desktop scale, a technical feat that, if executed successfully, could open color printing to applications currently served by larger, more expensive systems.

The potential disruption lies not in the combination of accessibility, ease of use through AI integration, and material flexibility in a device targeted at creators rather than manufacturers, with a price point that is roughly 1/5 of the lowest priced full-color material jetting system currently on the market. If the technology delivers on its claims at the pricing and production schedule outlined in the campaign, it could establish a new category between hobbyist and professional-grade color printing.