CNC-Doppelseitige Drehmaschine für die Bearbeitung von Gussstahlgatterventilen

bohrende Fräsmaschine cnc
May 17, 2025
Category Connection: Bohrmaschinen und Bohrgeräte
Brief: Discover the High-Precision Valve Double-Sided Multi-Hole CNC Drilling and Tapping Machine, designed for exceptional efficiency and accuracy. This advanced CNC double-sided lathe eliminates workpiece flipping, reducing processing time while maintaining superior precision for cast steel gate valve machining.
Related Product Features:
  • Simultaneous multi-bit processing on both sides eliminates manual flipping, dramatically reducing cycle times.
  • Minimized workpiece handling ensures consistent hole positioning with ≤0.5mm accuracy.
  • Adaptable configuration supports diverse drilling requirements across multiple industries.
  • Robust construction with optimized rigidity ensures stable high-speed performance and extended equipment life.
  • Integrated drilling and milling functions with quick-change tooling for versatile applications.
  • Horizontal/vertical configurations with multi-spindle arrangements for maximum productivity.
  • Ideal for valve manufacturing, water pump castings, fire protection systems, and pipe fitting production.
  • PLC-controlled CNC system with hydraulic transmission for precise and efficient operation.
FAQs:
  • What industries can benefit from this double-sided multi-hole CNC drilling machine?
    This machine is ideal for valve manufacturing (gate, butterfly, check valves), water pump castings, fire protection systems (hydrants, water supply components), and pipe fitting production (flanges, elbows, connectors).
  • How does this machine improve efficiency in drilling operations?
    The machine features simultaneous multi-bit processing on both sides, eliminating the need for manual flipping or turntable use, which significantly reduces cycle times and increases productivity.
  • What is the position accuracy of this CNC drilling machine?
    The machine ensures consistent hole positioning with an accuracy of ≤0.5mm, thanks to minimized workpiece handling and precision engineering.