FANUC CNC Simulator
The FANUC CNC Simulator offers hands-on CNC programming and operation training for mills and lathes. Designed for education, this compact, portable system provides affordable access to industry-leading FANUC controls, helping students prepare for machining careers with real-world skills. The new machining simulation option includes a virtual mill or lathe with real kinematics, tool setup, and collision detection, making the learning experience even more realistic.
Teach CNC programming and operation fundamentals on the #1 CNC control in the world.
The FANUC CNC Simulator brings advanced manufacturing technology into the classroom, offering students an invaluable introduction to CNC programming and machine operation for both mills and lathes. As the world’s most popular CNC control system, FANUC 0i-MODEL F Plus ensures learners are training with industry-standard tools, bridging the gap between education and the manufacturing floor.
This compact and portable simulator is perfect for schools and training centers looking to provide hands-on CNC training without the need for a full-sized machine. With its dual-functionality—switching between milling and turning modes—students can practice programming, run simulations, and understand machine operations all in one system. For educators, the simulator offers a cost-effective way to prepare students for in-demand machining and manufacturing careers, helping them develop the skills needed to operate CNC equipment found in real-world environments.
Machining Simulation Option
Take your CNC training even further with the optional machining simulator. It carries all the same features as the standard simulator but adds an internal PC to provide a virtual mill or lathe with real kinematics, live machine movement, tooling, and part machining. The tool and workpiece setup is required, while colored back plot, collision detection, and sound make the machine operating experience more immersive. A software-only version is also available for self-installation and connection to the standard CNC simulator via Ethernet.
The FANUC CNC Simulator provides learners with essential skills that directly translate to modern machining careers, including:
CNC Programming
Students will learn to write and modify CNC programs for both mills and lathes using FANUC’s conversational programming tools and G-code, a vital skill for operating CNC machinery in a professional setting.
Machine Operation
By working through simulations on the CNC simulator, learners will understand machine operations, tool offsets, workpiece setup, and coordinate systems (G52-G59), preparing them to work efficiently with real CNC machines.
Multi-Axis Machining
Training includes 3-axis milling and 2-axis turning, giving students practical knowledge in complex machining processes.
Digital Twin Simulation
Using the 3D simulation feature, students can visualize parts being manufactured, enhancing their understanding of the machining process from programming to part production.
Industry-Relevant Skills
Hands-on experience with the FANUC CNC Simulator prepares students for various roles in CNC programming, machine setup, operation, and troubleshooting, positioning them for successful careers in advanced manufacturing and machining industries.
Instructor Resources & Training
Instructors have access to a number of FANUC training courses at facilities located across the Midwest. Ask us about training!
Student Curriculum & Certifications
In partnership with CNC Concepts, Inc., FANUC America offers two comprehensive CNC curriculum for machining (milling) and turning (lathe), including key concepts and lessons for machining center setup, programming and operation. Ask us about FANUC eLearn!
Standard CNC Simulator Features:
- Switchable mill and lathe system in one compact simulator
- 3-axis milling / 2-axis turning system + 1 spindle
- Conversational programming & 3D simulation (MGi)
- 2MB part program storage with up to 1,000 registered programs
- 128 tool offset pairs (T) and 400 tool offset pairs (M)
- Workpiece coordinates: G52-G59 + 48 additional on mill
- 10.4” Color LCD and full QWERTY keyboard
- USB and Ethernet connectivity
- Dimensions: 421mm x 220mm x 608mm (W x D x H), Approx. 12kg
Machining Simulator Option:
- NC: Oi‐F 3-axis Mill or 2-axis Lathe, switchable at reboot
- IPC: Pentium Processor N4200 1.1Ghz Quad core, 8GB RAM, 32GB SSD
- Ports: 4 USB 3.0
- HDMI display
- Software included: Windows 10, Machining Simulation, FASBacCNC
- Brackets included
- User supplies: Monitor, keyboard, and mouse
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.
1,000,000+ robots installed worldwide
5 million+ CNC controls worldwide
1,600 certified FANUC education partners
FANUC Certified Education
FANUC certified education programs provide industry-relevant training and competency-based skills development for industrial automation. As an authorized Education Solutions Provider, Mission Learning Systems can help you become one of the 1,600 FANUC CERT schools across the globe.
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.
Hear from schools leading automation education
See how high schools and technical and community colleges are preparing their students for high-wage, high-demand careers in industrial automation.
Automation training solutions for every program and learner
The FANUC suite of training solutions covers every aspect of automation technology, from foundational to advanced skills. By developing a comprehensive program, you can prepare learners to enter careers as operators, technicians, programmers, engineers, and integration specialists.
Basic Operator
Students with this level will attain a basic understanding of robot and CNC operations and programming, material handling and its components, and preventative maintenance with troubleshooting. Students will work with standard robot or cobot carts, CNC simulators and 2- and 3-axis machines.
Intermediate Technician
Students with this technical level have a more thorough understanding of robot and CNC operations and programming, material handling and its components, robotic welding, multi-axis machine tools, as well as integrated technology, such as 2D iRVision, conveyors, digital and Ethernet I/O.
Advanced Systems Integrator
Advanced training options teach integrated technologies and how they communicate as a fully-automated system. In addition to robots and CNC machine tools, students will work with PLCs, HMIs, area scanners, light curtains, wireless communication and I/O, pneumatic devices, smart sensors, RFID tags, conveyors, and data analytics.
