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Turning Machines VTC

  • 2024-04-11
  • Germany
  • The VTC vertical turning center stands shaft machining on its head. The four-axis VTC 250 machines workpieces of up to 140 mm in diameter and 630 mm in length (1000 mm optional). The larger frame size, the 315, machines a......The VTC vertical turning center stands shaft machining on its head. The four-axis VTC 250 machines workpieces of up to 140 mm in diameter and 630 mm in length (1000 mm optional). The larger frame size, the 315, machines axles of up to 250 mm diameter and 700 mm length. The tool turret of the VTC also automatically loads and unloads the shafts and forgings. This allows for the machine to be integrated into existing systems without difficulty. The VTC design offers further advantages:4-axis machining reduces cycle times Shorter idle times through cycle time-concurrent workhandling Smaller footprint through compact, vertical design Less capital outlay for automation and peripherals (storage sectors for raw parts and finished components are integrated into of the mac
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The VTC vertical turning center stands shaft machining on its head. The four-axis VTC 250 machines workpieces of up to 140 mm in diameter and 630 mm in length (1000 mm optional). The larger frame size, the 315, machines a......The VTC vertical turning center stands shaft machining on its head. The four-axis VTC 250 machines workpieces of up to 140 mm in diameter and 630 mm in length (1000 mm optional). The larger frame size, the 315, machines axles of up to 250 mm diameter and 700 mm length. The tool turret of the VTC also automatically loads and unloads the shafts and forgings. This allows for the machine to be integrated into existing systems without difficulty. The VTC design offers further advantages:4-axis machining reduces cycle times Shorter idle times through cycle time-concurrent workhandling Smaller footprint through compact, vertical design Less capital outlay for automation and peripherals (storage sectors for raw parts and finished components are integrated into of the machine) Fewer manual interventions (tailstock and steadies are NC controlled, the turret is accessed directly) Operator-friendliness and ease of access make for shorter setting and resetting times Reduced capital outlay for sensory equipment through direct-drive machine axes and modern control technology A smaller number of setups and improved workpiece quality through complete-machining No stoppages through malfunctioning sliders and wipers Excellent chip flow through vertical machining area design Simple automation to connect with follow-on operations such as gear cutting, grinding, etc.
EMAG
  • Austrasse 24 73084 Salach Germany
  • Germany
  • Fon+49-(0)7162/17-0
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