PRODUCT
FCK40 Slant Bed CNC Lathe
The ALFCK40 Slant Bed CNC Lathe is a high-performance precision turning machine featuring a 45-degree slant bed design for superior rigidity, smooth chip removal, and high machining efficiency. It is widely used in industries such as automotive, aerospace, electronics, medical equipment, and general metalworking for producing small to medium-sized high-precision metal parts. This lathe is an ideal choice for manufacturers seeking stability, accuracy, and efficiency in mass production.
1. Overview
The ALFCK40 slant bed CNC lathe is a high-precision, high-rigidity CNC turning machine designed with a 45° slant bed structure to improve chip removal efficiency and cutting stability. It is particularly suitable for high-speed, high-precision metal cutting applications. The compact overall structure saves floor space, while the high-performance servo drive system, precision ball screws, and rigid spindle ensure consistent machining accuracy during long-term operation. The advanced CNC system supports a variety of automated machining programs, enabling one-time clamping to complete turning of outer diameters, end faces, tapers, threads, and internal holes, greatly improving production efficiency. This lathe is ideal for mass production of small and medium-sized precision parts as well as high-accuracy single-piece machining.
2. Main Features
1.Slant bed design – 45° integral slant bed allows natural chip flow, improving chip removal efficiency and reducing thermal deformation.
2.High-rigidity spindle – Supported by high-precision bearings, offering high speed, high torque, and strong adaptability to various metals.
3.Precision transmission system – All axes equipped with precision ball screws and servo drives, ensuring high positioning and repeatability accuracy.
4.Stable cutting performance – Strong cutting rigidity for both heavy-duty and high-precision machining.
5.High efficiency – One-time clamping for multiple operations, minimizing repositioning errors.
6.Intelligent CNC system – Supports multiple programming languages and automated control for flexible machining.
7.Easy maintenance – User-friendly interface and well-structured design for convenient daily operation and maintenance.
3. Application Industries
Machinery manufacturing – Precision machining of small and medium-sized shafts, disks, and bushings.
Automotive manufacturing – Engine shafts, gearbox parts, brake components, and connectors.
Aerospace – High-precision small shafts, sleeves, connectors, and brackets.
Precision instruments – Optical instrument parts, measuring instrument components, and micro-mechanical parts.
Electronics & medical devices – Precision electronic connectors, medical instrument parts, and small metal fittings.
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