Heavy duty lathes
HEAVY DUTY LATHE CW61100M/3000
215 670,00 zł net
No rating
12 months of warranty
The CW61100M/3000 lathe with a spindle bore of up to 130mm is a heavy disc lathe with an independent gripping of the jaws of the clamping disc with a maximum turning diameter in the range of 1000-1600mm. A very massive bed integrated with the base ensures the transfer of even the largest loads and adequate work stability with correct anchoring of the machine.
The CW61100M/3000 lathe with a spindle bore of up to 130mm is a heavy disc lathe with an independent gripping of the jaws of the clamping disc with a maximum turning diameter in the range of 1000-1600mm. A very massive bed integrated with the base ensures the transfer of even the largest loads and adequate work stability with correct anchoring of the machine. It is characterized by high power and stiffness, which guarantees accurate machining of large elements.
Standard equipment:
- 4-jaw disc chuck
- steady rest 50-470mm
- cooling system
- lighting of the workspace
- tusk standing
- accelerated feed in the X, Z axis
- tool box
- follow rest
- manual in English
- CE declaration of conformity
Optional equipment (paid additionally):
- steady rest 350-800mm
- ruler for cones
| Technical data | Unit | Value |
|---|---|---|
| Turning diameter | [mm] | 1000 |
| Turning diameter over cross slide | [mm] | 630 |
| Turning length | [mm] | 3000 |
| Bed width | [mm] | 755 |
| Spindle flight | [mm] | 130 |
| Spindle taper | [mm] | 140/1:20 |
| Spindle tip | [-] | A-15 |
| Cross travel X | [mm] | 580 |
| Upper slide travel | [mm] | 300 |
| Tool shaft dimensions | [mm] | 45x45 |
| Number of rotational speeds | [-] | 21 |
| Rotational speed range | [rpm/min] | 3,15 - 315 |
| Main engine power | [kW] | 22 |
| Inch thread | [TPI] | 28-1/4 |
| Metric thread | [mm] | 1-120 |
| Modular thread | [MOD] | 0,5-60 |
| Tailstock sleeve diameter | [mm] | 160 |
| Tailstock taper | [mm] | 80/1:20 |
| Extend the tailstock quill | [mm] | 300 |
| Weight / dimensions | [-] | uzależnione o wersji i długości toczenia |
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