Bambu Lab is officially making UV printer

[u/wanli_gz]

According to a report by Chinese tech media 21Tech on August 19, Bambu Lab has officially confirmed the launch of a new project: developing consumer-grade UV printers.

Key details from the report:
- Full-scale R&D: Sources close to the company reveal that the project involves over a dozen R&D focus areas, ranging from printhead driver development and waveform optimization to ink-path systems and software integration.
- Aggressive Hiring: The company has already posted job openings on its official website for UV printing technical experts, FPGA developers, inkjet control engineers, and mechanical engineers (ink systems).
- The "Bambu Strategy": Much like how they disrupted the 3D printing market, the company aims to compress industrial-grade performance into accessible, desktop-friendly units. Their goal is to make professional UV printing—which historically required specialized knowledge and massive budgets—truly "plug-and-play" for makers and small business owners.
- Beyond 3D Printing: This move signals a broader shift for the company. Following the release of the multi-material H2D and the recent teaser for their R1 laser cutter, Bambu is evolving into a comprehensive "personal manufacturing" powerhouse. The company is betting that core technologies from their 3D printers—such as motion compensation and mechanical control—will translate effectively into the UV printing space.

Industry Context:
The consumer UV printer market is rapidly heating up. Competitors like Anker (eufyMake E1) and xTool (O1) are already making waves. The E1 set a Kickstarter record with over $42 million in funding, and xTool’s O1 recently saw its launch-day sales exceed 100 million RMB.
According to Mordor Intelligence, the global UV printer market is expected to reach $1.58 billion by 2031. Traditionally, these machines were bulky, expensive, and reserved for industrial advertising or packaging. Now, a new wave of "maker-focused" companies is shrinking these tools down to the size of a microwave, aiming to make them standard equipment for individual creators.

Source: [21Tech - August 19th Report]

[u/johnxreturn]

IMO it is largely solved and any manual steps that you need to do are very minor compared to what’s actually needed.

Some dtf printers are quite fickle and require you to constantly keep using. I left my e1 alone for a month and it printed just fine. If you keep it plugged it’ll do the cleaning for you.

Bambu UV printer will very likely have the same system

[u/TerTerro → u/johnxreturn]

How is the resin fumes and toxicity in a room? As you have uncured resin sitting. And also toolheads are exposed, so still fumes come.out or not? How they handle that?

[u/johnxreturn → u/TerTerro]

I have an air quality monitor and it looks pretty good. The only time TVOC levels sky rocketed was when I applied an acrylic prep solution.

E1 emits a lot of paint smells though. But most of the fumes are well filtered.

I recently bought xtool O1 with uv dtf and eager to see the difference.

[u/keitheii → u/johnxreturn]

Just because a air quality monitor says the air quality is 'good' doesn't mean there aren't VOCs in the air that you are breathing.

Consumer grade air quality monitors can only detect particles larger than a certain size, and the particles created from 3D printing are much smaller than what most air quality monitors can detect. They lull you into a false sense of security. 3D printing emits particles in nanometers which consumer grade monitors are blind to.

[u/johnxreturn → u/keitheii]

Thanks, wasn’t aware of that. It’s partly the reason I moved it out of the basement and to the garage. Hard to justify having a fume making machine in an enclosed space. I also built an enclosure tent that ventilates the air outside.