LMV-300 CNC Milling Machine by Levil Technology
Most educational CNC machines make a compromise. They scale down the machine to fit the classroom, and in doing so they scale down the experience. Lighter construction, lower rigidity, simplified controls, and limited capability leave students trained on something that looks like a CNC machine but does not behave like one. When they arrive in a production environment for the first time, the gap between what they trained on and what they are expected to operate is immediately apparent.
The LMV-300 from Levil Technology closes that gap. Built on a solid granite base with high-precision servo motors and linear guideways on every axis, the LMV-300 delivers the rigidity, accuracy, and machining performance of a production CNC mill in a compact footprint designed specifically for educational environments. With an available FANUC control option and the capability to be automated with a FANUC collaborative or industrial robot arm, it is a machine that not only teaches CNC milling but also serves as an entry point into the robot-integrated manufacturing workflows that advanced manufacturing careers require.
Klein Educational supplies the Levil Technology LMV-300 to engineering programs, advanced manufacturing programs, CTE programs, and machining technology programs across California, Oregon, Washington, Arizona, Nevada, Hawaii, and Alaska. We help programs find the right configuration and get up and running quickly.
About Levil Technology
Levil Technology was founded in 1999 by Ruben D. Leon, an aerospace engineer and Princeton University graduate with a career dedicated to automation processes and CNC machining. Based in Oviedo, Florida, Levil designs and manufactures its machines in the United States, and is recognized across education and industry for producing compact CNC machines with servo-controlled technology that delivers precision and speed far beyond what their footprint suggests. While education remains Levil's primary focus, their machines are deployed across aerospace, medical, dental, automotive, and prototyping applications worldwide.
What makes the LMV-300 different
The LMV-300's defining characteristic is its granite base construction, earning it the nickname "Quicksilver" among its users. Granite is one of the most thermally stable and vibration-damping materials available for machine tool construction, and building around it means the LMV-300's entire axis system is anchored to a foundation that absorbs vibration and resists thermal deformation throughout a machining session. This is the same design philosophy used in high-accuracy metrology equipment and precision machining centers, and it gives the LMV-300 a rigidity and surface finish capability that lightweight aluminum-body educational machines cannot match.
Linear guideways on each axis provide smooth, accurate motion with minimal backlash and excellent repeatability. High-precision servo motors drive all three axes with direct drive on each, eliminating the mechanical compliance and backlash that accumulates in gear-driven or belt-driven drive systems. The result is a machine that holds 0.01mm precision across its full work envelope with rapid feed rates of 15 meters per minute and cutting feed rates of 6.5 meters per minute, numbers that reflect genuine high-speed machining capability rather than the conservative performance of a machine designed primarily for safety.
Technical specifications
Axis travel: X: 390mm (15.3"), Y: 240mm (9.4"), Z: 193mm (7.5")
Rapid feed: 15 m/min (600 ipm)
Cutting feed: 6.5 m/min (240 ipm)
Precision: 0.01mm (0.0004")
Spindle speed: 100 to 14,000 RPM (up to 100,000 RPM optional)
Power: 220VAC, 20A, 1 hp (single phase)
Drive system: High-precision servo motors, linear guideways on each axis
Base construction: Solid granite with aluminum body
Control options: FANUC or Levil proprietary control
Robot integration: FANUC CRX-5iA or LR-Mate 200iD/400iD compatible
Control options
The LMV-300 is available with a choice of control systems to match a program's curriculum focus and existing equipment ecosystem. The FANUC control option, available as the FANUC 0i-MF platform, puts students on the industry-standard CNC control used across the majority of production machining environments worldwide. Students who learn on the FANUC-controlled LMV-300 are building the same control navigation, G-code programming, and machine operation skills they will use on any FANUC-equipped machining center in industry. The FANUC control also directly supports FANUC CNC CERT certification, allowing programs to credential students on the same platform as the FANUC CNC certification carts. Levil's own proprietary Windows-based control is also available for programs that prioritize ease of use and a shorter learning curve for introductory CNC instruction.
Robot integration and automation
One of the most important capabilities of the LMV-300 is its readiness for robot integration. The machine is compatible with FANUC CRX-5iA collaborative robots and FANUC LR-Mate 200iD/400iD industrial robots for automated machine tending applications. Adding a FANUC robot to the LMV-300 creates a complete robot-CNC integration training cell that gives students hands-on experience with the automated part load and unload workflows at the center of modern manufacturing.
Students program the robot to pick raw material, load it into the machine vice, trigger the CNC cycle, wait for the machining to complete, unload the finished part, and place it for inspection or downstream operations, exactly as a production machine tending cell operates. The combination of a FANUC control on the LMV-300 and a FANUC robot means students are programming the same ecosystem in both cases, using skills that transfer directly to production robot-CNC integration work. The robot can also support 24/7 automated production operations on the LMV-300, making it practical for programs that want to run production parts during off-hours to support program revenue or applied manufacturing projects.
What students learn on the LMV-300
The LMV-300 supports a comprehensive CNC milling curriculum covering the full range of knowledge and hands-on skills that advanced manufacturing employers expect: safe CNC machine operation and work practices, CNC control navigation and program management, G-code program structure and syntax, work coordinate system setup and work offset establishment, tool length compensation and cutter radius compensation, speeds and feeds selection and optimization, milling operations including face milling, end milling, pocket milling, contour milling, and drilling, canned cycles for drilling, boring, tapping, and pocketing, high-speed machining concepts and application, part fixturing and workholding strategy, dimensional inspection of machined parts, and for programs that add robot integration, machine tending robot programming and robot-CNC M-code interface configuration.
The FANUC control option additionally supports conversational programming using FANUC MANUAL GUIDE i, giving students experience with the conversational programming interface used on production machines throughout the manufacturing industry.
Who uses the Levil Technology LMV-300
The LMV-300 is used by advanced manufacturing programs at community colleges and universities, CTE machining programs at the secondary level, engineering technology labs that want a compact high-precision mill for research and prototyping alongside instruction, small machine shops and prototyping labs that need VMC functionality in a limited footprint, and aerospace, medical, dental, and jewelry manufacturing operations where precision small-part machining in a compact machine is required. Levil's machines are recognized across the industry for delivering production-level precision in a format that fits where larger machines cannot go.
How Klein Educational supports your program
Klein Educational works with CTE directors, machining department heads, and program administrators from the first conversation through machine selection, configuration, delivery, and ongoing support. We help programs identify the right LMV-300 control and automation configuration for their curriculum and facility, and connect programs to the FANUC ecosystem when certification pathways are part of the plan.
We have direct access to the Levil Technology product line and support resources for programs across our seven-state region.
Frequently asked questions
What is the Levil Technology LMV-300? The LMV-300 is a compact high-performance CNC vertical milling machine built on a solid granite base with high-precision servo motors and linear guideways on each axis, delivering 0.01mm precision and rapid feeds of 15 m/min in a footprint designed for educational and small-shop environments. It is available with a FANUC or Levil proprietary control and supports robot integration with FANUC collaborative and industrial robots.
Why is a granite base important in a CNC machine? Granite is thermally stable and highly effective at absorbing machining vibrations, giving the LMV-300 the rigidity and thermal consistency that aluminum-body machines cannot provide. This directly improves surface finish quality, dimensional accuracy, and repeatability across extended machining sessions.
What control options are available for the LMV-300? The LMV-300 is available with the FANUC 0i-MF control for industry-standard CNC programming and FANUC CERT certification alignment, or with Levil's own Windows-based proprietary control for a more accessible introductory programming environment. Both options are available through Klein Educational.
Can the LMV-300 be automated with a robot? Yes. The LMV-300 is compatible with FANUC CRX-5iA collaborative robots and FANUC LR-Mate 200iD/400iD industrial robots for machine tending automation, creating a complete robot-CNC integration training cell. The robot-integrated LMV-300 also supports 24/7 automated production operation.
What spindle speeds does the LMV-300 support? Standard spindle speed range is 100 to 14,000 RPM. An optional high-speed spindle upgrade to 100,000 RPM is available for programs that need to machine very small features or work with materials that require extremely high surface speeds.
Who manufactures Levil Technology machines? Levil Technology is a US-based company founded in 1999 by aerospace engineer Ruben D. Leon, headquartered in Oviedo, Florida. All Levil machines are designed and manufactured in the United States.
What states does Klein Educational serve?We serve California, Oregon, Washington, Arizona, Nevada, Hawaii, and Alaska.
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