Levil EDU Mill
CNC Machining + 3D Printing…all in one machine!
The Levil EDU-MiLL combines CNC milling and 3D printing in one compact machine, capable of machining metals like aluminum and engraving with high precision, while also 3D printing with materials ranging from PLA to advanced metal filaments like stainless steel and titanium. Equipped with FANUC controls, it’s perfect for teaching versatile manufacturing techniques.
Additive and subtractive manufacturing, with industry-standard controls, in a compact machine.
The Levil EDU-MiLL is a versatile, compact machine that combines CNC milling and 3D printing into one efficient package, making it a powerful tool for teaching both additive and subtractive manufacturing in the classroom. Built with an industry-standard FANUC control, this machine allows students to use the same CNC technology found in professional settings, supporting real-world skill development.
The EDU-MiLL features a durable, enclosed steel design with large doors and side windows for clear access and monitoring. With a rapid feed rate of 400 inches per minute, a high-speed 24,000 RPM spindle, and a 2.2 kW motor, this machine is capable of intricate engraving and high-precision small part manufacturing. The working area provides ample space for various CNC applications, with a worktable measuring 14.5” x 9.8” and travel ranges that accommodate detailed, accurate milling.
When switched to additive mode, the EDU-MiLL’s magnetic locking mechanism enables quick attachment of a single or dual-head FDM 3D print head, compatible with materials ranging from PLA to high-performance plastics like TPU, as well as metal filaments including stainless steel and titanium. The 3D printing feature offers a build volume of 6.3” x 10.2” x 4.3” and a minimum layer resolution of 100 microns, making it ideal for both detailed prototyping and practical part creation. An optional kiln package is available for sintering metal parts, further expanding the machine’s capabilities.
Designed to fit through standard doorways and compatible with an optional stand and casters, the EDU-MiLL is highly adaptable for classroom or lab environments. This dual-function machine provides an affordable and space-efficient way to teach modern manufacturing processes on a single platform.
Learning Outcomes
- Experience with Dual Manufacturing Processes: Students gain hands-on skills in both CNC milling and 3D printing, learning the fundamentals of subtractive and additive manufacturing on a single platform.
- Proficiency in CNC Programming and Operation: Working with FANUC controls, students practice industry-relevant CNC programming and machine operation, gaining familiarity with high-speed milling and precision machining.
- Material Adaptability: The EDU-MiLL supports a variety of materials, from plastics to metals like stainless steel and titanium, helping students understand the properties and applications of each.
- Integrated Hybrid Manufacturing: By combining additive and subtractive methods, students learn to create complex designs and functional prototypes, understanding how to leverage both processes for quality and efficiency.
- Process Optimization and Problem Solving: Through tasks like CNC toolpath setup and 3D print layer configuration, students develop critical problem-solving skills and an understanding of how to optimize manufacturing workflows.
Instructor Resources & Training
The EDU-MiLL seamlessly fits into a variety of manufacturing curricula, from introductory courses in machining fundamentals to advanced classes in hybrid manufacturing. With its dual functionality, the EDU-MiLL supports project-based learning, allowing instructors to create lessons that cover a range of skills, from CNC programming to material handling and 3D printing. Optional curriculum resources provide structured learning paths and project guides to help educators make the most of the EDU-MiLL’s capabilities.
Student Curriculum & Certifications
Ask us about FANUC eLearn curriculum and how you can become a certified NOCTI testing site to deliver industry-recognized certifications to your students.
EDU Mill Features
- Machine Design: Steel-enclosed, compact footprint, with large door and side windows for monitoring and access
- Control System Options: FANUC 0i-MF Plus or Levil LV-12 MC
- Power Requirements: 110-220 VAC, 15A
- CNC Mill Specs:
- Motor Power: 2.2 kW spindle, 24,000 RPM, air-cooled, ER-20 taper
- X, Y, Z Travel: X 7” (178 mm), Y 10.5” (267 mm), Z 4.64” (118 mm)
- Rapid Feed Rate: 400 ipm (10,200 mm/min)
- Worktable Size: 14.5” x 9.8” (370 x 250 mm)
- Accuracy: 0.0004” (0.01 mm)
- Additional Features: Safety door sensor, tool length sensor
- 3D Printer Specs:
- Build Volume: 6.3” x 10.2” x 4.3” (160 x 260 x 110 mm)
- Extruder: Single or dual head FDM; belt-driven, heated table (8.6” x 8.6”)
- Layer Resolution: Minimum 100 microns
- Supported Materials: PLA, ABS, PETG, TPU, plus metals like stainless steel, bronze, and titanium
- Optional Metal Printing Kiln: Supports sintering for metal parts
Levil: Compact Precision CNC Machines
Levil’s lineup of CNC machines offer maximum precision and machining capabilities, at only a fraction of the footprint of many industrial CNC machines.
From mills and lathes, multi-axis machines and combination additive-subtractive machines, Levil’s lineup will have what you need.
Choose from industry-standard FANUC controls or use Levil’s proprietary CNC controls.
FANUC is the #1 brand of industrial robotics and CNC controls in the world
When your students enter the workforce, they’re going to be working with FANUC robots and FANUC CNC controls. With FANUC’s CERT program, you can equip your students with the skills and knowledge companies need, enabling your students to add value to their employer immediately.
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And with FANUC’s network of training partners, you can teach everything from basic operation and programing, to vision systems, robotic welding, and systems integration.
