Traction wheel processing CNC machine tools

Automotive brake disc processing CNC vertical lathe

Specification	unit	VTC100A	Specification	unit	VTC100A
X axis	mm	850	Turret station		Four stations
Z axis	mm	850	X-axis rolling linear guide		2 pieces, width 55mm
Maximum turning diameter	mm	Φ1250	Z axis rolling linear guide		2 pieces, width 55mm
turning diameter	mm	Φ1200	cooling motor	W	750+1200
turning height	mm	850	Pump output	m³/h	4m³/h
Spindle speed	rpm	50-800	Repeatability	mm	±0.008
Spindle motor power	Kw	22	positioning accuracy	mm	±0.01
Spindle diameter	mm	Φ200	smallest positioning unit	mm	0.001
Chuck model		hydraulic chuck	Dimensions (approx.)	mm	295028003850mm
diameter	inch	Φ1000	Gross weight (approx.)	KG	11500

Features of CNC Turning Machines

1. High Precision: Equipped with CNC technology, the turning machine enables precision machining of metal workpieces, ensuring high precision and high quality.

2. High Efficiency: The CNC turning machine features automated machining capabilities, reducing manual intervention, improving production efficiency, and saving labor costs.

3. Multifunctionality: In addition to turning, the CNC turning machine, equipped with power tools, can perform various machining processes such as turning, boring, and tapping, meeting the machining needs of workpieces of different shapes and sizes.

4. Stability: The CNC turning machine employs advanced transmission and control systems, ensuring high stability and smooth operation, reducing errors during machining.

5. Automation: The CNC turning machine features automatic tool changing and automatic counting functions, enabling automated production and improving production efficiency.

Applications of Turning Machines

CNC vertical lathes play a crucial role in mass production industries such as aerospace, automotive manufacturing, and mechanical engineering.

In the aerospace field, CNC vertical lathes ensure that the dimensional accuracy, shape accuracy, and surface quality of every part, including critical components such as engine blades and turbine disks, meet design standards, achieving a high degree of consistency in part precision during mass production.

In the automotive manufacturing industry, the machining volume of core components such as engine blocks, crankshafts, and drive shafts is enormous. The automated machining capabilities and efficient tool changing systems of CNC vertical lathes ensure stable and reliable machining quality for batches of parts, effectively reducing scrap rates.

In the mechanical manufacturing field, whether it's miniature gears in precision instruments or large shaft parts in heavy equipment, CNC lathes, with their flexible machining range and powerful cutting capabilities, can meet the precision machining needs of parts of different sizes and materials, ensuring consistent performance and quality in mass-produced parts.

FAQ

Q: When selecting a CNC vertical lathe, what core parameters should be prioritized?

A: Select the CNC vertical lathe model based on the maximum machining size of the workpiece.

Q:What safety preparations should be made before operating a CNC vertical lathe?

A: Before starting, ensure the chuck wrench is removed and the speed change lever is in the correct position. Do not change the lever while the machine is in operation.

Q: What should be done after operating the CNC vertical lathe?

A: Disconnect the power supply, clean up metal shavings and the work area, and keep the machine clean.

Q: What should be done if the CNC vertical lathe is to be left unused for an extended period?

A: Run it for 4 hours each month to utilize the heat generated by the electrical components to drive away moisture and extend its service life.

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