The Levil EDU MiLL is a compact, multi-functional machine that combines subtractive and additive manufacturing into a single platform. It is designed for learning environments and small-scale production, providing a fundamental tool for teaching the principles of modern fabrication. By integrating precision CNC milling with optional 3D printing, it offers a direct path for students and professionals to translate digital designs into physical objects. This machine is built to bridge the gap between theoretical knowledge and practical application. It prepares users for real-world engineering and manufacturing challenges by providing hands-on experience with industry-relevant technology in a safe, accessible format. Its versatility allows for a wide range of projects, from simple milled parts to complex 3D printed models, making it a foundational piece of equipment for any technical training program.
Using the Levil EDU MiLL helps develop a comprehensive set of skills essential for modern manufacturing. Students learn the fundamentals of CNC programming, tool selection, and milling operations, which are core competencies in subtractive manufacturing. With the optional additive manufacturing heads, users also gain experience in FDM 3D printing, learning about material properties, slicing software, and process optimization. The ability to integrate a collaborative robot, like the FANUC CRX-5iA, introduces critical concepts of industrial automation and robotics. This prepares students for advanced manufacturing environments where CNC machining and robotics work together. The machine serves as a complete training system for prototyping, parts production, and automated manufacturing workflows.
| General Information | ||
| Product Dimensions | 27.5 in (W) x 41.5 in (H) x 33.5 in (D) | |
| Product Weight | Approx. 300 lbs (136 kg) | |
| Applicable Education Levels | High School, Vocational Training, University, Industrial Workshops | |
| Controls & Programming | ||
| Controller | Industrial Controller Fanuc 0i-MF Plus or Levil LV-12 MC | |
| Travel | ||
| Axis | Imperial | Metric |
| Travel X Axis | 7 in. | 178 mm |
| Travel Y Axis | 10.5 in. | 267 mm |
| Travel Z Axis | 4.64 in. | 118 mm |
| Mechanical Motion | ||
| Axes Motors | Servo motors | |
| Linear Guideways Size | 15 | |
| Ball Screws | C7 Grade rolled | |
| Precision | 0.0004 in. (0.02 mm) | |
| Feed | ||
| Rapid Feed Rate | 400 ipm (10,000 mm/min) | |
| Cutting Feed Rate | 150 ipm (3,800 mm/min) | |
| Spindle | ||
| Standard Model | GDC-80 | |
| Max. Spindle Speed | 24,000 RPM | |
| Spindle Motor Power | 3 hp | |
| Spindle Taper | ER-20 | |
| Rigid Tapping Capable | Optional | |
| Max Torque | 0.6 Nm | |
| Drive System | Inline direct drive | |
| Cooling | Air-cooled | |
| 3D Printing Capabilities (Optional) | ||
| Type | FDM | |
| Head Extrusion | Single Head (Levil control only) or 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 in. x 10.2 in. x 4.3 in. (160 mm x 260 mm x 110 mm) | |
| Minimum Layer Resolution | 100 microns | |
| Work Table | ||
| Length | 14.56 in. (370 mm) | |
| Width | 9.84 in. (250 mm) | |
| T-slot Width | 0.3346 in. (8.5 mm) | |
| T-Slot Center Distance | 0.9842 in. (25 mm) | |
| Number of std T-Slots | 15 | |
| Automatic Tool Changer (Optional) | ||
| Type | Position table/carrousel | |
| Capacity | 5 or 15 tools | |
| Max. Tool Diameter | 1.1 in. (28 mm) | |
| Requirements | ||
| Air Required | Yes, Min. 90 psi with 1/4″ quick disconnect | |
| Electrical Power | 220 VAC, 15 A, 1 ph (Transformer available for 110 VAC) | |
| Automation | ||
| Robot Compatibility | FANUC CRX5 Capable, LR-Mate 200iD ES | |
Aidex is proud to supply the Levil EDU MiLL to learning institutions across the Midwest. We are committed to equipping educators and students in the region with the industry-leading tools they need to succeed in technical fields.
The Levil EDU MiLL supports a curriculum focused on both traditional and modern manufacturing. Students gain hands-on experience in CNC machining, G-code programming, 3D printing with various materials (including metal), and robotics integration for automation. It covers key concepts in engineering, design, and advanced production processes.
The primary audience includes high schools, vocational training centers, universities, and community colleges with programs in engineering, manufacturing, and skilled trades. It is also suitable for industrial workshops and small-scale production environments seeking a versatile, compact machine.
Yes, the EDU MiLL is designed with a compact footprint. Its dimensions (27.5″ W x 41.5″ H x 33.5″ D) allow it to fit through a standard 35-inch doorway, making it easy to integrate into existing classroom or lab spaces.
Adding the FANUC CRX-5iA collaborative robot introduces students to automation and Industry 4.0 concepts. It allows them to program and simulate real-world production cells, automating tasks like loading and unloading parts. This integration provides a comprehensive learning experience in modern manufacturing workflows.
In its milling capacity, it can machine various metals and plastics. For 3D printing, the standard FDM heads support materials like PLA, PETG, PTU, and ABS. With the appropriate upgrades, it is also capable of metal 3D printing with steels, aluminum, copper, and more.
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For more information or to contact Aidex, your Authorized Reseller, call 800-251-9935 or email info@aidex.com.
The Levil EDU MiLL is packed with features and offers robust specifications for comprehensive training:
Aidex is committed to empowering educational institutions in [Insert specific states Aidex services here, or use “our service regions”] with cutting-edge technology like the Levil EDU MiLL. This versatile system is an ideal platform for teaching the essential skills of CNC machining and additive manufacturing, preparing students for the future of industry. We support educators in integrating these advanced manufacturing technologies into their curriculum.
If your wish list isn’t clear, your dreams won’t be either. When you model thoughtful planning for your CTE program, you’re teaching students how to turn their own dreams into reality.