Whatever materials you need to work with, whatever CAD program you use, the Micro Mill can do it with precision as its entire frame is made from strong solid aluminum.
Every part of its structure has been processed with a surface grinder in order to achieve ±0.003mm precision on every surface of the machine. The thick Z-Αxis column is exactly 90° with its table, something we always find in quality machinery.
The bed has a travel of 300x200mm, all axes are running on hardened 15mm linear rails with a rapid feed of 4000mm/min, while there is a precision waterproof terminal switch on each axes connected to an optocoupler circuit in order to eliminate any external electromagnetic interference.
CUTTING AREA |
STEPPER MOTORS |
FEEDRATE |
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FRAME |
CONTROLLER |
SPINDLE |
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POWER SUPPLY |
PACKAGE CONTENTS |
NET WEIGHT |
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Forget about reading manuals and spending hours to fit every cable and screw.
Just plug into the power line, connect the USB port and you could be carving your first designs minutes after you receive your Micro Mill.
All axes are assembled with 15mm HGR linear rails.
HGR linear rails ensures rigidity and smooth milling operations even on the hardest aluminum alloys.
Micro Mill is equipped with a 800W or 1050Watts AMB Spindle.
The AMB spindle comes ready with a factory test certificate of runout which guarantees the runout to be <0.15mm.
Micro Mill comes with Arduino UNO and GRBL for controller while the stepper motors are controlled by Toshiba's driver.
You can control your Micro Mill using the SourceRabbit GCode Sender.
SourceRabbit GCode Sender is open source and FREE and you can download it from our Downloads page.
You can get your Micro Mill with a license for the latest ESTLCam software.
ESTLCam is a complete CAM(Computer-Aided Manufacturing) software solution for 3 Axis CNC production machining.
With Micro Mill you have the option to install a Tool Setter for semi-automatic tool changes with AUTOMATIC TOOL HEIGHT MEASUREMENT.
The controller at the start of the GCode program measures the Z axis distance between the work zero point and the Tool Setter.
At each subsequent tool change command (M6), the Micro Mill stops at a safe height in order to give the user time and space to change the tool.
After the user changes the tool and presses the "Resume" button, the controller automatically calculates the height of the new tool and starts for the next operation.
Watch the process in the video below
