Used MAZAK VTC30-C #9238710 for sale
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ID: 9238710
Vintage: 1997
3-Axis CNC machining center
Spindle: 10,000 rpm
1997 vintage.
MAZAK VTC30-C is a vertical machining center designed to improve productivity, efficiency, and accuracy. This CNC machine is equipped with a 30 hp spindle, providing it a superior cutting performance. The machine has a 32bit high-performance Control and a 4.0 GB data storage memory. Its high-speed pallet changer has a sixth axis option for easy component indexing and a fast response to commands. VTC30-C has an array of features to enhance its performance. It has a high-speed 12,000-rpm spindle with a direct-drive system, allowing for smooth operation and superior cutting performances. The machine is also equipped with an 18-tool capacity automatic tool changer. This facilitates faster tool loading and changing, resulting in short cycle times and increased efficiency. MAZAK VTC30-C is capable of a wide range of machining operations. It has a travel range of 30" x 16" x 20" on the X, Y, and Z-axis respectively. It is suited for cutting ferrous and non-ferrous metals, as well as plastic and composite materials. The machine also has a 9kW output, allowing it to achieve high metal removal rates. The machine ensures superior accuracy with its structural rigidity and thermal stability. Its rigid T-shape base ensures high precision and accuracy. It also has a state-of-the-art Thermal Compensation System, which constantly monitors the spindle and table temperature to ensure accuracy in the machined parts. The machine has a 250 - 7,500 RPM spindle speed range accompanying it's 18-tool capacity ATC to ensure highly efficient machining processes. VTC30-C is also equipped with several advanced programming capabilities. It comes with different CAD/CAM software, including MAZATROL, an intuitive CNC system, and NX3, an advanced CAD/CAM. Additionally, it can process 3D model surfaces for more complex parts. Overall, MAZAK VTC30-C is a reliable and capable CNC machine pack with features to improve product performance. Its precision, thermal stability, and programmability make it a great choice for machining jobs in a variety of industries.
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