Longer LK10 3D Printer

LK 10/LK10 Plus FDM 3D Printer

Newly upgraded FDM 3D printer, larger build volume, bigger ideas
Longer LK10 3D Printer

LK 10/LK10 Plus FDM 3D Printer

Redesigned. Reinvented. Reimagined.

Longer LK10 3D Printer
Longer LK10 3D Printer
Longer LK10 3D Printer
Longer LK10 3D Printer

Key Parts Newly Upgraded

Upgraded hotend and throat tube for better heating and smoother filament flow, paired with a high-airflow fan for efficient cooling and longer lifespan.

· Upgraded Thorat

· Upgraded High-airflow Fan

· Upgraded Hotend

Bigger Space, Bigger Imagination

With a 320 × 320 × 400 mm(12.60*12.60*15.75inch) build volume, you can bring almost any 3D project to life. From massive castles to your dream car, nothing is out of reach.

Bigger Space, Bigger Imagination

With a 320 × 320 × 400 mm build volume, you can bring almost any 3D project to life. From massive castles to your dream car, nothing is out of reach.

More Stable
More Efficient

Upgraded high-flow direct drive extruder delivers more stable 

extrusion for flawless prints. Now compatible with flexible filaments, unlocking endless creative possibilities.

Our Features

Longer LK10 3D Printer

Klipper High-Speed Board

New mainboard with faster processing, enables advanced printing control
Longer LK10 3D Printer

4.3″ Full-Color Touchscreen

Visual parameter settings with real-time print status display
Longer LK10

Ultra-Clear Prints

Upgraded key components deliver higher-precision printing results
Longer LK10

Perfect from Start

A perfect first layer sets the stage for flawless prints

FAQ

  • The main difference is the build volume. The LK10 offers 225 × 225 × 265 mm, while the LK10 Plus provides a larger 320 × 320 × 400 mm build area for bigger projects.

  • Both printers support 1.75 mm filament, including PLA, PETG, ABS, ASA, TPU, and more.

  • Yes. Both models use an eddy current sensor for automatic bed leveling and automatic Z-offset detection, helping simplify setup and improve first-layer consistency.

  • A print may stop because of a filament detection error, damaged print file, loose cable connection, temperature abnormality, or firmware-related issue. Check the filament sensor, power and cable connections, temperature readings, and try printing the file again after re-slicing it.

  • First check whether the nozzle is clogged and make sure the filament is loaded correctly. Also inspect the extruder gear, Bowden tube, nozzle temperature, and filament for any blockage or damage. If extrusion is still weak or inconsistent, clean or replace the nozzle and try again. If the issue persists, please contact our support team at support@longer.net for further assistance.