Vertical Digital Turning Lathe
Design and manufacturing to meet personalized processing needs
The vertical digital turning lathe uses a high-strength cast iron base and column, providing excellent stability and vibration resistance. The column guideways utilize heavy-duty linear rolling guides, offering good dynamic response and high precision retention. CNC lathes are particularly suitable for roughing and finishing automotive parts, including wheel hubs, brake hubs, flywheel housings, clutch housings, discs, wheel rims, differential housings, and discs.
VTC80A CNC Lathe Main Parameters
X-axis travel: 670mm
Z-axis travel: 170-1020mm
Maximum swing diameter: 1000mm
Maximum turning diameter: 1200mm
Maximum turning height: 1000mm
Spindle speed: 100-800rpm
Main motor power: 22kW
Chuck type: 24-inch hydraulic chuck
Turret stations: Four/eight
Repeatability: 0.005mm
Positioning accuracy: 0.008mm
Machine dimensions: 2400*2100*3600mm
Weight (approximately): 9000kg
powerful industrial machine
Application scope of CNC lathes
● Automotive manufacturing: engine cylinder liners, crankshafts, transmission gears, wheel hubs, brake discs, clutches, etc.
● Aerospace: turbine discs, compressor discs, spacecraft structural components, etc.
● Energy equipment: wind turbine main shafts, gearboxes, flanges, etc.
● Mold manufacturing: die-casting molds, mold components, cavities, etc.
►The vertical digital turning lathe's vertical spindle layout and rigid structure ensure even workpiece force distribution, minimizing deformation and withstanding heavy cutting forces. The vertical structure facilitates clamping of irregularly shaped workpieces, making it suitable for machining large discs and shells.
►The Digital Turning Lathe utilizes a hydraulic chuck for rapid clamping, and when combined with an automated loading and unloading system, it significantly improves batch processing efficiency.
►The Digital Turning Lathe utilizes a powered turret or additional devices to perform complex operations such as milling and drilling, such as threading holes and locating slots in mold slides. This reduces process changeover time, shortens production cycles, and improves production cycle time.
►The Digital Turning Lathe can be paired with a high-speed spindle for efficient cutting of parts such as aluminum alloys and stainless steel.
►The Digital Turning Lathe's vertical structure can be combined with an automated robot for unmanned production, reducing labor costs.
Strict testing methods
All equipment manufactured by our company undergoes multiple measurements and inspections before shipment.
Laser Inspection
The vertical digital turning lathe employs laser inspection to minimize lead screw pitch error and achieve higher positioning accuracy. Each moving axis is inspected using a laser interferometer to ensure even higher positioning precision, and the inspection standards comply with ISO standards.
Taper Inspection
CNC vertical lathe taper inspection: The straightness of the 300 mm long inspection bar is within 0.005 mm, far exceeding the industry standard of 0.01 mm. This effectively avoids measurement errors caused by insufficient accuracy of the inspection tool itself.
Lead Screw Inspection
CNC vertical lathe lead screw inspection: To improve the geometric accuracy of the lead screw and extend the service life of the lead screw and bearings, all parts are manually scraped and polished to ensure that the mechanical accuracy of the lead screw is within 0.01 mm, meeting industry standards.
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