LightMake L4: Four Printheads and Linear Motors for $1,299

Four Heads, One Bed

LightMake is launching the L4, a desktop 3D printer that runs four independent printheads simultaneously. Each head carries its own filament, so the L4 can print four copies of the same part in the time a single-head machine prints one. For multi-material jobs, the four heads can blend up to four filaments in a single print without a purge tower.

The L4 uses linear motors instead of belts to move the toolheads. That pushes travel speed to 1,000 mm/s and print speed to 500 mm/s, while keeping motion precision within plus or minus 1 micrometer. The company claims a 50,000-hour service life for the linear motor system.

Build Volume and Throughput

The L4 offers a 354 by 370 by 386 mm build chamber for single-color prints, and 354 by 350 by 386 mm when all four heads are active. In parallel mode, each head can print parts up to 177 by 195 by 386 mm. That makes the L4 useful for small production runs, not just big one-off prints.

Because each head holds its own material, color changes do not waste filament. LightMake says this cuts material waste by more than 79% compared to single-nozzle multi-color systems. The toolheads swap active duty in one second.

Stability and Smart Features

A vibration-cancellation algorithm coordinates opposing toolhead movements across the X and Y axes so that forces cancel each other out. An integrated die-cast frame adds rigidity at high speed. The four heads also lift 5 mm independently during first-layer calibration, which reduces bed-leveling failures.

For print farms, Smart Cluster Management can dispatch jobs across up to 1,000 machines. The system also integrates with OpenClaw, letting users manage jobs through WhatsApp.

Price and Availability

Pre-orders are live on Kickstarter now. Super early-bird pricing starts at $1,299, with a listed MSRP of $2,399. Initial shipments are expected in Q4 2026. LightMake was founded by Vic Wang, a former senior executive at Anker and Huawei, and is headquartered in Shenzhen.