• Equipped with Auto-Tool-Change and provides superior cost performance
• This model employs Auto-Tool-Change mechanism at a very low price
  • Up to 10 tools are available for automatic tool change.
  • The 40krpm variable speed spindle motor is made in Japan with high quality and less runout.
  • Tool change function operates without the use of an air compressor.
• Cabinet is available as an optional item
• Well designed and easy to perform maintenance
• Standard camera monitoring system
  • Magnify the surface of the board and display on a monitor. You can easily adjust the right position while viewing display. (Maximum useful magnification depends on the size of the screen)

AutoLab Specs :

Minimum pattern width (mm)		0.1 (4 mil)
Minimum milling width (mm)		0.1 (4 mil)
Working area (X/Y/Z) (mm)		230 x 310 x 57 (9.0" x 12.2" x 2.24")
Table size (mm)		296 x 370 (11.6" x 14.5")
Control axis		X, Y, Z
Control motor		Stepper Motor
Resolution (µm) *3		0.156 (0.00614 mil)
Maximum Travel Speed (mm/sec.) *1		55 (2.17")
Spindle speed (min-1) Spindle motor		5,000 - 62,000 DC Brushless Spindle
Drilling (mm)		0.2 - 3.175 (8 - 125 mil)
Maximum drilling cycle (cycles/min.) *2		80
Maximum thickness of processed material (mm) *4		10 (0.4")
Tool change		Automatic / 13
Milling method	Absolute	No
	Incremental	Yes
Compressed air (Mpa)		---
Power consumption		100 - 240 V, 50-60 Hz, 200VA
Machine dimensions W x D x H (mm)		435 x 575 x 430 (17.2" x 23" x 17") With cabinet: 462 x 575 x 467 (18.2" x 23" x 19")
Machine weight (kg)		Approx. 34 (76 lbs) With cabinet: Approx. 44 (99 lbs)
Interface		One USB or one RS-232C port
Standard equipement		Fiducial positioning camera (USB)*5 13 Pieces Auto Tool Change Software: EASY CAD, Conversion & CAM
Options and accessories		Cabinet Vacuum table Ring-setter/ Precision ring-setter (manual) Drilling ring Microscope 100x Software: Correct DXF Vacuum cleaner
Starter kit (Optiion)		Connecting Cable (RS232C / USB) Magnifying glass 10x Extention hose for Vacuum cleaner Tools: End mills Drill bit Router bit

*1 Optimum speed for cutting depends on tool, material of board and so on.
*2 This is a repeat count of drill's up and down on the maximum stroke.
Optimum strokes depends on the diameter of tool.
*3 The smallest traveling figures for ordering each 3 axes movement.
They do not represent the accuracy of axis positioning.
*4 Value of the thickness of the material on the work table.
This value does not show the maximum drilling stroke.
*5 Maximum useful magnification depends on the size of the screen.