The SKD series is comprised of swivel heads with a direct drive. Select the spindle to be installed according to your machining requirements. We will design the necessary interfaces together with you and the spindle manufacturer. SKD swivel heads are used in machining centres, turning machines and grinding machines.
SKD
Spindle head with integrated direct drive
Technical data
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Technology
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Direct drive
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|
Axial position
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horizontal
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|
Construction size
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200 - 355 mm
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Transport load
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230 - 650 kg
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Downloads
The product shown depicts the customer-specific design. Modifications to the shown product are possible and can be requested from us very easily. We would be delighted to give you advice and find a suitable solution together with you.
Size comparison
| SKD 200 | SKD 355 | |
|---|---|---|
| Size in mm | 200 | 355 |
| Transport load on face plate in kg | 230 | 650 |
| Bearing diameter in mm | 190 x 130 | 300 x 200 |
| Max. axis tilting moment in Nm | 2.500 | 3.200 |
| Max. workpiece mass inertia in kgm² | 20 | 76 |
| Max. clamp holding moment in Nm | 2.500 | 1.800 |
Drive type
Direct drive
Direct drives allow highly dynamic and continuous movement and with this, a constant flow of new machining concepts. Peiseler took the lead in this technology as early as 1997 with the development of the world's first subdevice with a direct drive, just as it did with the first two-axis rotary tilt table with a direct drive in 2001. Today, we are in the technologically leading position to offer you direct drives for turning operations in S1 continuous milling. Increasing machine speed while maintaining bearing rigidity at a level that is also suitable for milling enables us to combine turning and milling applications. This allows Peiseler's development engineers to use machining centres more flexibly. Direct drives use very sensitive control technology and place high demands on energy supply.
The benefits for you
Highly dynamic, precise control
Speed variability
Simultaneous machining, turning and grinding all possible
Symmetrical design reduces space requirements
Low-maintenance
Not susceptible to overload and crashes
