61100X3000 Heavy-Duty Horizontal CNC Lathe

Characteristics of large CNC lathes

The 61100X3000 CNC Lathe is a heavy-duty horizontal CNC lathe specifically designed for machining large-scale workpieces. Its key highlights lie in an ultra-long machining length of 3000mm and an exceptionally large swing diameter of 1000mm, effectively resolving the challenges associated with machining long shafts and large-diameter components. The machine features an integral bed structure, paired with high-strength steel-embedded guide rails and a high-power spindle unit; leveraging a scientifically optimized structural layout and premium core components, it achieves a dual breakthrough in both heavy-duty cutting and precision machining.

Product application industry

Leveraging its advantages of an ultra-long machining stroke, high rigidity, and high precision, the 61100X3000 CNC lathe is widely utilized across various industries for the precision machining of large-scale components. It is particularly well-suited for the mass production of long shafts and large-diameter parts. Specific applications include:

1. Heavy Machinery Industry

Primarily used for machining heavy machinery components—such as large shafts, gears, bases, and connecting rods—the machine can precisely execute operations involving surfaces of revolution, threading, and other processes. It meets the stringent requirements for high strength and high precision demanded by heavy machinery parts, thereby contributing to enhanced assembly accuracy and extended service life for heavy machinery equipment.

2. Construction Machinery Industry

Ideal for machining components for construction machinery, agricultural equipment, and similar products, this lathe can process a wide range of large hydraulic parts, drive shafts, gearbox housings, and other components. It ensures precise dimensional control over internal bores, external diameters, and threads, effectively catering to the customization requirements of various construction machinery specifications and resolving complex machining challenges associated with large-scale construction equipment parts.

3. Wind and Hydroelectric Power Industries

Employed for machining large-scale precision shafts, flanges, and similar components used in wind and hydroelectric power generation equipment. Benefiting from its ultra-long machining length of 3000mm and high rigidity, the machine efficiently performs turning operations on large shafts, guaranteeing dimensional accuracy and meeting the high reliability and precision standards required by the wind and hydroelectric power sectors.

4. Mining Machinery and Shipbuilding Industries

Capable of machining large gears and shafts for mining machinery, as well as drive shafts, flanges, and similar products for marine equipment. It efficiently executes operations such as turning, chamfering, and threading, offering high efficiency in batch processing and ensuring excellent part consistency. This effectively helps reduce production costs for enterprises involved in the manufacturing of mining and marine equipment.

5. General Machinery Processing Industry

Suitable for machining a wide variety of large-scale general components—such as large flanges, long shafts, and large disc-shaped parts—the machine’s flexible processing capabilities and stable performance enable it to meet the customized machining demands of diverse industries. It is well-suited for the varied processing scenarios encountered in medium-sized machining workshops, thereby enhancing the competitive edge of manufacturing enterprises.

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