Futures
1. Ball screws and servo motors adopted on X Y Z 3-axis for easy and precise feeds;
2. Infinitely variable vertical cutting head with a swivel ±90°and the spindle controlled by variable frequency motor;
3. Electronic handwheel adopted on X Y Z 3-axis ,easy operating;
4. Automatic oil lubrication, cooling system, Chip collector tray, CE Schneider Electric are standard;
Machine specifications
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Items
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ML8145
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Working area
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Worktable size (L×W)
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850x450mm
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T slot (Width x No. x pitch)
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14x7x63mm
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Vertical table size
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1190x225mm
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T slot (Width x No. x pitch) Vertical table
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14x3x63mm
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Max. load of table
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300kg
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Spindle axis-to-table surface distance(Horizontal spindle)
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170-620mm
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Spindle axis-to-table surface distance(Vertical spindle)
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70-520mm
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Travels
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Longitudinal travel (X)
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600mm
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Transverse travel (Y)
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450mm
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Vertical travel (Z)
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450mm
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Feeds of X Y Z axis
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10-1000mm/min
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Rapid feed
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1200mm/min
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Spindle
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Horizontal spindle speed
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2 steps; 40-2000rpm
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Spindle taper
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7:24, NT40
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Quill travel
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60mm
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Main motor power
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5.5kW
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Others
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Machine size (L×W×H)
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1650x1800x2000mm
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Net weight
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1950 kg
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Optionals
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Item 02
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Descriptions
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02.01
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3-aixs Digital Read Out
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02.02
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Spindle cover
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02.03
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Worktable cover
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02.04
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Milling chuck(15pcs)
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02.05
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Clamping kit
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02.06
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Dividing head
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02.07
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Rotary table
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02.08
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Machine vice
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Equipments
| Item 01 |
Descriptions |
|
| 01.01 |
Horizontal arbor assembly Ø16,22,27,32mm |
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| 01.02 |
Reducing sleeves MT1/MT2 /MT3 |
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| 01.03 |
Draw bar |
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| 01.04 |
Collet chuck with collets(2,3,4,5,6,8,10,12mm) |
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| 01.05 |
Chip collector tray |
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| 01.06 |
Oscillation elements |
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| 01.07 |
Outer arbor support for horizontal milling |
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| 01.08 |
Working lamp |
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| 01.09 |
Coolant system |
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| 01.10 |
Central lubrication |
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| 01.11 |
Inner hexagon spanner |
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| 01.12 |
Operator manual |
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Usage of Toolroom Milling Machine
A working definition of a Toolroom Milling Machines would be one intended to produce precision work in small quantities with minimal setup. That would imply dials or DRO's on all the axes. Opposites of "Toolroom Mill" would be "Production Mill"
Generally speaking, toolrooms are where the tool & die makers work. They don't usually make product for sale, but they make and repair molds, production jigs & fixtures, fabricate repair parts, do R&D work, do sample parts, etc.
Toolroom milling machine is generally smaller, more precise, better made, tighter, than production milling machines.
Fortune Pacific has a long history of supplying tool room mills that can be run as manual, teach or full CNC with thousands of satisfied users. Popular in tool rooms, job shops and tool & die, these machines are very flexible and can be used for a wide variety of different parts.
A good example of a toolroom mill would be a Fortune Pacific (for toolroom mill). As manufactory or shop, a horizontal mill, fairly small and pretty well made. Handwheels on all three axis and available with a universal table , vertical head, power feed on x axis, power feed for dividing head to cut gearing, etc. If one has all the accessories a very versatile small milling machine.