The Baoji CK6150B CNC lathe is a general-purpose machine with a hardened rail and flat bed structure. Its core applications are batch or single-piece semi-finishing/finishing of shafts and disc-shaped parts. It is suitable for various sub-sectors of mechanical manufacturing, specifically:

I. Core Application Areas

General Mechanical Manufacturing: Machining shafts such as motor shafts, drive shafts, and gear shafts, as well as disc-shaped parts such as flanges, pulleys, and end covers.

Suitable for batch production of machine tool accessories and general mechanical components, consistently ensuring dimensional accuracy and surface roughness of parts.

Automotive and Parts Industry: Machining key components such as automotive half-shafts, steering knuckles, wheel hubs, and small crankshafts; also capable of processing gearbox gear blanks, drive shaft spline shafts, etc.

The high rigidity of the hardened rail structure meets the heavy-duty cutting requirements of automotive parts, satisfying the efficiency requirements of batch production.

Construction Machinery and Agricultural Machinery: Machining wear-resistant parts such as pins, bushings, and connecting rods for excavators and loaders, as well as drive shafts, gear shafts, and sprockets for agricultural machinery.

Capable of heavy-duty machining of common materials such as low- and medium-carbon steel and cast iron, and adaptable to the high-strength machining requirements of engineering machinery parts.

Hardware Tools and General Accessories: Machining standard parts such as bolts, nuts, and lead screws, as well as hardware accessories such as valve cores, pipe fittings, and connectors.

Multi-speed adjustment and high positioning accuracy balance the efficiency of roughing and the precision of finishing.

Mold and Tooling Fixture Manufacturing: Machining shaft accessories such as guide pillars, guide sleeves, and ejector pins in molds, as well as positioning shafts and clamping sleeves in tooling fixtures.

The configuration of precision ball screws and servo systems can meet the high-precision requirements of mold parts (dimensional tolerances up to IT6-IT7).

II. Compatible Machining Materials and Processes: Compatible materials: Primarily low- and medium-carbon steel and cast iron, but also capable of machining non-ferrous metals such as stainless steel, copper, and aluminum, as well as some high-strength alloys (requires appropriate cutting tools). Core processes: External turning, face turning, step turning, threading (metric/imperial/trapezoidal threads), chamfering, boring, grooving, parting, etc., supporting continuous turning and intermittent cutting.

III. Application Advantages and Suitable Scenarios: The rigid rail structure provides high rigidity, suitable for heavy cutting and machining of large-diameter parts, and is more impact-resistant than linear guide machine tools.

The flat bed design reduces deformation caused by workpiece weight, making it suitable for machining long shaft parts (maximum machining length up to 2000mm).

Multi-speed continuously variable transmission and a high-power main motor balance the efficiency of mass production with the flexibility of single-piece customization.