Levil Technology

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Flexibility. Adaptability. Affordability.

The EDUMiLL is a revolutionary system that incorporates technologies from the additive and subtractive manufacturing fields to open the door to a new world of possibilities and further innovation by making it affordable to include a 3D printer and a robust CNC mill in one package

Cutting video samples

    • Servo control technology for each axis
    • Size 15 linear guideways
    • C7 ball screws
    • Safety door sensor
    • Tool length sensor
    • High-speed spindle


    • Servo motors: 130W brushless AC type for X, Y, and Z axis, 6000 rpm
    • Travel X 7” (178 mm), Y 10.5” (267 mm), Z 5” (127 mm)
    • Rapid feed 400 ipm (10,200 mm/min)
    • Accuracy 0.0004” (0.01 mm)
    • Worktable size – 14.5” x 9.8” (370 x 250 mm)
    • Dimensions W 27.5” (0.7 m), D 33.5“ (0.85 m), H 41.5” (1.05 m)
    • Weight 300 lbs. (136 kg)
    • Power 110-220 VAC, 15 A
    • Steel enclosure
    • Large door for easy access to machining area
    • Large side windows to monitor machining processes
    • Fits through a standard doorway
    • Optional stand with casters for easy relocation
    • Controls:





    • 2.2. kW
    • 24,000 rpm
    • Er-20 taper
    • Air cooled
    • Ceramic bearings
    • Runout <0.0004” (0.01 mm)
    • 220 VAC, 6 A

3D Printing System Add-on

Fused Deposition Modeling (FDM) or Fused Filament
Fabrication (FFF)

  • Extruder Single Head Extrusion (Levil Control Only) – 0.04 mm nozzle – Heating element up to 260 deg. – Heating bed up to 90 deg. Dual Head Extrusion – Dual extruder with 0.4 mm nozzles – Heating element up to 300 deg. (FANUC, Mitsubishi, & Levil) – Heated bed up to 90 deg.
  • Build Volume 6.3” x 10.2” x 4.3” (160 x 260 x 110 mm)
  • Extruder System Direct drive
  • Building plate Heated table 8.6” x 8.6” (220 x 220 mm)
  • Material Storage Sealed within machine enclosure
  • Materials PLA, ABS, PETG, TPU, metals and many more
  • Layer Resolution 100 microns


Design, print, sinter in a few steps. 3D-print real metal parts affordably and in the comfort of your home, office, or lab. You can now print metals such as Bronze, Copper, and Stainless Steel.


  • Copper
  • Bronze
  • Stainless Steel 316L
  • Stainless Steel 17-4
  • Aluminum 6061
  • Carbon Fiber
  • Titanium 64-5

Our kilns for sintering


  • Max temp 2500 F / 1370 C
  • Electric with automatic gas injection
    120 VAC, 60 Hz, 15 A, 1800 W
  • Single-phase
  • Chamber: 0.13 cubic ft. /3.7 L. 6” x 6” x 6.25” (W, D, H)
  • Outer dimensions: 11.0” x 15” x 18” (W, D, H)


  • Max temp 2500 F / 1370 C
  • Electric with automatic gas injection
  • 240 VAC, 160 Hz, 45 A, 10800 W
  • Single-phase
  • Chamber: 2.4 cubic ft. /68.0 L. 18” x 18” x 13” (W, D, H)
  • Outer dimensions: 28.0” x 36.5” x 28” (W, D, H)

3D Print Metals with Levil Technology

Create strong, durable, functional parts using any FDM printer. Print & sinter from anywhere!

Metal 3D printing using Fused Deposition Modeling (FDM) is a groundbreaking technology that forms intricate and sturdy metal parts by melting and layering metal filaments. This technique is becoming increasingly popular in numerous industries, including education, due to its ability to produce top-quality parts rapidly and affordably.

In educational settings, FDM metal 3D printing offers students practical experience in designing and crafting metal elements, fostering essential skills for future professions in engineering and manufacturing.
Moreover, it presents new avenues for research and experimentation, empowering students to investigate the capabilities of metal 3D printing technology.

We have it all!

Everything you need to print & sinter metal 3D printed parts.

Transform your concepts into tangible objects, be it for manufacturing, prototype development, or pure enjoyment. The EDUMiLL enables you to 3D print with a variety of materials, including aluminum, stainless steel, and Inconel. Metal 3D printing represents the future and is here to remain; moreover, it has become increasingly accessible and cost-effective.

This filament, similar to regular PLA, is loaded into a 3D printer and used with FFF 3D printers. Instead of pure plastic, the printer layers a binder mixed with metal, which temporarily supports and positions the metal particles.

After printing, the part undergoes a heat treatment debinding process to remove plastic or wax binders from the “green part,” creating a porous structure for sintering, resulting in a strong, dense metal component.

The printed part undergoes high-temperature heating, fusing metal particles into a solid, dense component, yielding a final product that is both robust and compact.

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