Technical parameters of PM800 X Planer Type Milling Machine
Model |
Unit |
PM800 |
Type |
|
X2000 |
X2500 |
X3000 |
Travel of X / Y / Z axis |
mm |
2000 / 1100 / 300 |
2500 / 1100 / 300 |
3000 / 1100 / 300 |
Beam movable distance (up and down) |
mm |
800 |
800 |
800 |
Size of worktable |
mm |
2000x800 |
2500x800 |
3000x800 |
T slot (No. x width x pitch) |
mm |
5x22x160 |
Max load of worktable |
kg |
2000 |
Distance between spindle nose and worktable surface |
mm |
0-800 |
Max torque of vertical spindle |
Nm |
790 |
Feed range of X / Y axis |
mm/min |
0-1360 / 65, 320, 890 |
Rapid feed of X / Y / Z axis |
mm/min |
1360 / 890 / 430 |
1360 / 890 / 430 |
1360 / 890 / 430 |
Spindle taper |
|
7:24, ISO50 |
Head swivel range |
|
±35° |
Spindle speed |
rpm |
82-505, 6 steps |
Main motor power |
kW |
7.5 |
Feed motor power of X / Y / Z axis |
kW |
4 / 1.1 / 2.2 |
Machine weight |
kg |
5500 |
6000 |
6500 |
Machine dimension (LxWxH) |
mm |
5400x3000x2450 |
6000x3000x2450 |
7400x3000x2450 |
Features of PM800 X Planer Type Milling Machine
1. Heavy cast-iron machine frame provides a rigid structure with firmly integrated Planer; the table provides support across the entire travel distance, including height-adjustable traverse.
2. Large table is moving on a rigid combination of v-guides and box-ways with ground surfaces for maximum accuracy across the entire work area, independent of table loads and load distribution.
3. This PM800X Planer Milling Machine
handles workpiece with weight up to 2000kg.
4. The manually shifted 6-step gear delivers high torque at the headstock.
5. Infinitely variable automatic feed on X axis.
6. Swiveling control panel with long arm allows a wide action radius for the user.
Standard equipments
1. Anchor bolt;
2. 7:24 End milling cutter shank;
Optional equipments
1. Digital Readout;
2. Fully enclosed guideway cover;
PM800X Planer Milling Machine large mills built in the same configuration as planers except with a milling spindle instead of a planing head. This term is growing dated as planers themselves are largely a thing of the past.