Complete machining of shift shafts in one plant in three operations
1 Motor spindles
2 Low-vubration machining
3 Compact design
4 Cycle time 90 seconds
5 Long tool life
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Perfectly matched: Machining selector and shift rods
Complete machining: 21 operations in three set-up.
The welded frame construction of the machine bed in flatbed design supports the machining assemblies and absorbs the gerated process forces. Ribbing of the bed provides the necessary rigidity for low-vibration machining.
Along the length of the bed, in three sections, the X-axis guides are mounted with horizontal motor spindles. Intermediate guides, arranged orthoganally to the X-axis, operate as the Z-axis.
Glass scales are used as the absolute length measuring system for the X-axes. The alternation arrangement of the X-axes with overlapping travel paths enable the spindles to transfer workpieces in a secure axial and radial position. Opposite the spindles are the fixed tool carriers. The clamped workpiece is machined on the stationary tools via the spindle axes(X,Z and C). There are 7 driven tools for each task.
Openings arranged centrally between the tool carrier and the X-axes guide the falling chips onto the chip conveyor belt for discharge from the machining area. The cooling lubricant is also fed back through these opening to the coolant system with its belt and pumps.
The control shaft is made of short bars, 32 mm diameter, 1500 mm length, in three set-up. There is no residual piece in the machining process.
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