3DPS logo
3DPS Europe
Service and development
News

News / article

New printers
← Back to news Back to homepage
Lightmake L4: Four Fully Independent Toolheads in a Kickstarter Printer
2026. 10. 05.
263

Lightmake L4: Four Fully Independent Toolheads in a Kickstarter Printer

1 min read

The Lightmake L4 combines four independent toolheads with a linear-motor motion system to reduce multi-material waste and cycle time.

Four heads, genuinely independent

The Kickstarter-backed L4 uses four separate toolheads, each reportedly able to reach the full build area. The goal is multi-color, multi-material and parallel production.

Lightmake claims less than one gram of purge waste in one demonstration.

Linear motors

The campaign claims travel speeds up to 1,000 mm/s and ±1 µm motion precision. These should be treated as campaign claims until independently tested.

Risks

Calibration, collision avoidance, slicer integration and long-term reliability will be critical. Kickstarter pricing starts around $1,299.

Sources

Related articles
Flashforge CJ270: Full-Color Material Jetting in a Desktop-Sized System
2026. 09. 28.
1 300

Flashforge CJ270: Full-Color Material Jetting in a Desktop-Sized System

Flashforge is positioning the CJ270 as a compact desktop 3D printer designed for high-resolution color printing. According to the manufacturer, the system supports more than 10 million colors and offers a minimum layer thickness of 7 μm. Flashforge is also promoting an additional €450 early-bird benefit for early customers.

Archive

Earlier news

63 earlier article(s)
Bambu Lab: construction advances on a planned 3-million-printer Shenzhen hub
2026. 09. 28.
IP / legal news
581

Bambu Lab: construction advances on a planned 3-million-printer Shenzhen hub

Bambu Lab is taking a major step toward building one of the world's largest 3D printer manufacturing bases. Its planned “3D Printing Intelligent Manufacturing Headquarters Base” in Shenzhen's Guangming District has moved into site-preparation and construction-access work. The complex is designed for an annual capacity of more than 3 million 3D printers and will combine manufacturing with research and development, component production and materials-related activities.