단면 CNC 보어링 & 프레싱 머신 라트 / Cnc 보어링 밀

CNC (컴퓨터에 의한 수치제어) 지루한 제분기
March 31, 2025
Brief: Discover the Single Sided CNC Boring & Milling Machine Lathe, designed for precision machining of valves, pump bodies, and more. Featuring CNC-controlled operation, versatile processing, and efficient labor optimization, this machine is ideal for diverse production volumes. Explore models YCIC300HT, YCIC400HT, YCIC600HT, and YCIC800HT for automated, high-quality results.
Related Product Features:
  • CNC-controlled operation enhances efficiency and reduces labor costs with simplified operation.
  • Versatile valve body processing handles end faces, outer circles, plane diameters, and inner holes with high uniformity.
  • Efficient simultaneous machining completes flange faces, end faces, and waterlines in 1-3 minutes.
  • Optimized labor requirements allow a single operator to manage two lathes or one lathe plus a drilling machine.
  • Intuitive CNC system operation requires minimal training for experienced operators.
  • Includes bed, power head, CNC feed slide, CNC cross-feed cutter disc, and hydraulic tooling.
  • Equipped with independent power distribution cabinet, hydraulic station, and centralized lubrication.
  • Ideal for machining valves, pump bodies, pipe fittings, and fire hydrants with precision.
자주 묻는 질문:
  • What are the main applications of the Single Sided CNC Boring & Milling Machine Lathe?
    This machine is ideal for machining valves, pump bodies, pipe fittings, and fire hydrants, capable of processing end faces, outer circles, waterlines, inner holes, and chamfering.
  • How does the CNC-controlled operation benefit the machining process?
    CNC-controlled operation improves efficiency, reduces labor costs, and simplifies the machining process with high precision and minimal training required for operators.
  • What are the available models and their key specifications?
    Available models include YCIC300HT, YCIC400HT, YCIC600HT, and YCIC800HT, with specifications such as block type, X-axis and Z-axis travel, coaxiality, parallelism, and spindle speed range varying by model.