Core application scenarios
Precision processing of shaft parts: In addition to basic external circle, end face, and step turning, it can precisely complete fine thread, conical surface, and circular surface processing, and is suitable for medium-high strength materials such as carbon steel, alloy steel, and stainless steel.
Multi-process processing of disc and sleeve parts: For parts such as flanges, gear blanks, and bearing sleeves, it can simultaneously complete internal hole, external circle, end face, and annular groove processing, reducing the number of part clamping times.
Applicable industries and production modes: Widely used in general mechanical manufacturing, automotive parts (such as transmission shafts, wheels), construction machinery parts, agricultural machinery processing, mold base processing, etc., more suitable for stable production of small and medium batches or high-precision single-piece trial production.
Advantages of upgraded application compatibility
Improvement in bed rigidity and spindle accuracy, capable of handling slightly larger cutting loads, and less prone to deformation when processing shaft parts with a larger length-to-diameter ratio.
Optimization of the feed system, wider range of thread processing, and support for more specifications of metric and imperial thread turning.
Upgrade in operational convenience, compatible with long-term continuous operation, suitable for regular use in small and medium-sized factories, professional processing workshops.