EDUMiLL

Item Number: 
EDU-MiLL
All-in-one CNC Machine & 3D Printer
Levil Technology
CNC Educational Tool
CNC Training Equipment
EDUMiLL | Levil Technology
CNC Mill | EDUMiLL
Levil Technology EDUMiLL All-in-One 3D Printer and CNC Machine Designed for Education

The EDU MiLL is an innovative, compact hybrid manufacturing system that combines traditional CNC machining with modern additive manufacturing. Designed specifically for educational environments, the EDU MiLL gives students real-world experience with the tools and technologies used in today’s advanced engineering and manufacturing industries.

Key Features & Benefits

  • Practical Experience: Students gain direct hands-on access to CNC and 3D printing technologies, building critical, job-ready skills.
  • Hybrid Versatility: Mill, 3D print (including metal printing), and prototype across a wide range of classroom and capstone projects.
  • Easy-to-Use Interface: The EDU MiLL’s intuitive controls make it approachable for all skill levels—from beginners to advanced students.
  • Space-Saving Design: Its compact footprint allows easy integration into labs and classrooms with limited space.
  • Industry-Relevant Training: The EDU MiLL reflects the workflows and tools used in today’s smart manufacturing facilities.
  • Flexible Curriculum Support: Ideal for high school CTE programs, technical colleges, and university engineering courses.

Automate Your EDU MiLL with FANUC CRX-5iA Robot Integration

Elevate your training capabilities by integrating the FANUC CRX-5iA collaborative robot with the EDU MiLL through our automation cell packages. This powerful combination brings real-world industrial automation into the classroom, enabling hands-on experience in CNC machining and robotic manufacturing workflows.

FANUC CRX-5iA Robot Key Features

  • Collaborative Design: Built for safe human-robot interaction without the need for physical barriers or safety cages.
  • Intuitive Programming: Simple touchscreen interface with drag-and-drop functionality—perfect for students and educators.
  • High Payload Capacity: Handles up to 11 lbs., ideal for part handling, tooling, and light assembly.
  • Flexible Reach: 1.5-meter arm span with adaptable positioning for various setups and applications.
  • Precision and Speed: Designed for accuracy and quick operation in real-world scenarios.
  • Durability: Engineered for long-lasting performance in both educational and industrial environments.

Why Add the CRX-5iA to Your EDU MiLL Setup?

  • Enhanced Learning Experience: Teach robotics and CNC machining together in a real-world, project-based learning environment.
  • Real-World Application: Prepare students and professionals to work with collaborative robots in advanced manufacturing careers.
  • Boosted Productivity: Automate repetitive tasks like part loading/unloading to streamline operations and reduce manual labor.
  • Adaptable & Scalable: Reconfigure for various training modules or production workflows with ease.
  • Improved Safety: Reduce human exposure to repetitive or hazardous tasks, increasing safety in both labs and workshops.
  • Affordable Automation: A cost-effective introduction to robotics that mirrors the tools used in modern smart factories.

Integrating the FANUC CRX-5iA with the EDU MiLL transforms your classroom into a smart manufacturing lab—bridging the gap between education and industry with hands-on, future-ready training.

Controls & Programming

  • Industrial Controller: Fanuc 0i-MF Plus or Levil LV-12 MC

Machine Measurements

  • Width: 27.5"
  • Height: 41.5"
  • Depth: 33.5"
  • Height with Stand: 75"
  • Fits Through Standard Door (35"): Yes
  • Machine Weight: Approx. 300 Ibs
  • Shipping Dimensions: 32" x 48" x 82"
  • Shipping Weight: 632 lbs.

Travel

  • Travel X Axis: 7"
  • Travel Y Axis: 10.5"
  • Travel Z Axis: 4.64"

Mechanical Motion

  • Axes Motors: Servo motors
  • Linear Guideways: Size 15
  • Ball Screws: C7 Grade rolled
  • Precision: 0.0004"

Feed

  • Rapid Feed Rate: 400 ipm
  • Cutting Feed Rate: 150 ipm

Spindle

  • Standard Model: GDC-80
  • Max. Spindle Speed: 24,000 RPM
  • Spindle Motor Power: 3 hp
  • Spindle Taper: ER-20
  • Rigid Tapping Capable: Optional
  • Automatic Tool Changer: Optional
  • Max Torque: 0.6 Nm
  • Drive System: Inline direct drive
  • Cooling: Air-cooled

    3D Printing Capabilities

  • Type: FDM
  • Head Extrusion: Single Head – Levil control only; Dual Head – FANUC & Levil controls
  • Soft Materials: PLA – PETG – PTU – ABS
  • Metal 3D Printing: Steels, aluminum, copper, brass, titanium, and more
  • Build Plate Size: 6.3" x 10.2" x 4.3"
  • Minimum Layer Resolution: 100 microns

Work Table

  • Length: 14.56"
  • Width: 9.84"
  • T-slot Width: 0.3346"
  • T-Slot Center Distance: 0.9842"
  • Number of std T-Slots: 15

Automatic Tool Changer

  • Type: Position table/carousel
  • Capacity: 5/15
  • Max. Tool Diameter: 1.1"

Air Requirements

  • Air Required: Yes
  • Coupler (Air): Size 1/4" quick disconnect
  • Air Pressure Min.: 90 psi

Work Holding Options

  • Vise: 3" vise
  • Chuck: Optional 3 jaw chuck 4"
  • Pneumatic Vise: Compact vise

Electrical Specifications

  • Power: 220 VAC (Stepper up/down transformer for 110 VAC)
  • Amps: 15 A
  • Phase: 1 ph

Automation

  • CRX5 Capable: Yes
  • LR-Mate 200iD ES: Yes

Expand the versatility and performance of your EDU MiLL with these powerful upgrade options—designed to bring even more industry-relevant functionality into your classroom or training environment.

FDM 3D Print System – Dual Extruder (FANUC & Levil Controls)

Boost your EDU MiLL's 3D printing capabilities with a dual-head FDM extruder system. Featuring two 0.4 mm nozzles, this upgrade includes a high-temperature heating element (up to 300°C) and a heated bed that maintains temperatures up to 90°C. With this enhancement, your EDU MiLL can support metal 3D printing and produce highly complex, multi-material designs with professional-grade precision.

FDM 3D Print System – Single Extruder (Levil Control)

Perfect for classrooms focused on foundational additive manufacturing, this single-head FDM extruder features a 0.4 mm nozzle, a heating element that reaches up to 260°C, and a heated bed rated to 90°C. This configuration enables accurate, high-quality 3D printing for a wide range of materials and applications—ideal for prototyping, design validation, and more.

5-Position Tool Rack with LS-C30 Auto Tool Changer

Increase your machining efficiency with our stationary 5-position tool rack paired with the LS-C30 automatic tool changer. Designed for performance and precision, the LS-C30 features:

  • 14,000 RPM spindle
  • 2 HP motor
  • S20T taper configuration
  • Liquid-cooled system for prolonged performance

Note: S20T-style tool holders are required for use with this tool changer.

This powerful tool rack and changer combo helps streamline operations, support multiple tool operations, and boost the overall productivity of your EDU MiLL setup.

Ready to bring the EDU MiLL and FANUC automation to your school or training center? Contact Us today for a demo or consultation.

More Information

Videos: 

EDU MiLL By Levil Technology All-in-one CNC Machine & 3D Printer

The EDUMiLL, developed by Levil Technology, represents a groundbreaking system that merges additive and subtractive manufacturing technologies, heralding a new era of possibilities and enhanced innovation. By combining a 3D printer with a sturdy CNC mill within a single package at an affordable price point, this system opens doors for diverse applications.

Levil Technology EDU-MiLL Full Demo

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

3D Printing & CNC Milling Inside the Classroom with the Levil Technology EDU MiLL

With the EDU MiLL, students don’t just learn about engineering—they do it. From 3D printing to CNC milling, this hands-on technology helps them turn ideas into prototypes while gaining the real-world skills needed for future success.