M series machines are represented by 3 versions of tables with the size of the processing area 2,200*1,610 , 3,200*2,150mm and 4,200*2,150mm.

This is the best budget solution for small companies and new businesses. Despite the limited range of options, the M-series equipment is designed and manufactured in strict accordance with VOLTER quality standards. 

Machines of this serie are assembled on a heavy steel frame, the size of processing area allows to process almost all sheet materials: aluminum, composite, plastics, MDF, plywood.


Model range
Basic configuration
Controller VOLTER CS
Max travel speed on X and Y axes, mm./sec. 500
Max travel speed on Z axis mm./sec. 100
Max thickness of material , mm. 160
Spindle power, kW 4.5
Spindle rotation speed, RPM from 1 000 up to 24 000
Tool clamping Mechanical
Type of drives for X and Y axes Servo, planetary gear heads, helical racks
Type of drive for Z axis Servo, ball screw
Control panel External monitor


Model Processing area Dimensions Weight, kg
VOLTER M2016 2 200 * 1 610 mm 2 800 * 2 100 * 1 600 mm 1 200
VOLTER M3020 3 200 * 2 150 mm 3 800 * 2 600 * 1 600 mm 1 800
VOLTER M4020 4 200 * 2 150 mm 4 800 * 2 600 * 1 600 mm 2 200


Basic configuration:

  • Vacuum table
  • The tool length sensor
  • Nozzle for chip removal
  • Laser pointer zero point


  • Lubrication system-tool cooling
  • Vacuum pump
  • Dust collector 3kW with 2 bags
  • Dust collector MasterVac TS220
  • Drag knife
  • Software Vectric VCarve Pro
Basic configuration
Helical racks

Helical racks set in X and Y axes. It increases the accuracy and quality of processing, reduce noise and vibrations during moving.

VECTRIC VCarve Pro software

VECTRIC VCarve Pro software to create and prepare 2D and 3D files for CNC Routers. Large selection of formats for importing files, intuitive interface.

Vacuum hold down

The vacuum hold down is the most progressive method for fixation of the processed material on the processing area of a CNC Router. The system includes a vacuum table, a system of tubes and valves, as well as a vacuum pump.

This system can have from 4 to 12 zones depending on the size of the processing area of the machine.

Tool length sensor

The sensor allows to measure the length of the bit quickly and accurately. It is enough to push a botton on touch screen monitor. Results of this measurement will be saved in the controller, which prevents damage of the working surface of the machine.

Tool lubricator

The system carries out a dosed supply to the cutting zone of lubricant emulsion or air flow. Continuous supply of lubricant (in the form of oil mist) or compressed air lets to maximize tool lifetime, improve  quality of processing and increase speed of processing.  It is necessary to connect an external pressed air supply with a working pressure of at least 6 bar to operate this lubrication system.

Drag knife

This knife is efficient and reliable solution for cutting polymer materials and corrugated board. The main application is cutting along the contour of figures from corrugated cardboard, sheet vinyl, and other polymer sheets. The principle of operation of this knife is that the cutter has free rotation. Tip of the blade due has displacement relative to the axis of rotation. As result, the knife is turned by the cutting edge in the direction of tool movement due to the material resistance.

Pressure foot

This device press on the material around cutting tool to to provide high-quality processing of uneven and flexible materials.
It is recommended for the processing of warped or curved sheets of a rigid material (for example, aluminum) and for the processing of thin and soft materials. 
This device can be also used to remove chips and dust during cutting.

Brush foot

designed to remove chips and waste from cutting zone.

Chips fall into a special chamber mounted on the spindle and are removed through a special pipe into the dust collector.

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