HTC40E Horizontal Slant Bed CNC Lathe 15KW 11KW motor GSK988TA SMTCL SYMG

CNC-Drehmaschine
February 25, 2022
Kategorie-Verbindung: Cnc-Drehbank-Maschinen
Kurzfassung: Discover the HTC40E/500 Horizontal Slant Bed CNC Lathe, featuring a 15KW/11KW motor and GSK988TA or Fanuc control options. This cost-effective machine offers high precision, low failure rates, and advanced features like an integral spindle unit and 30° slant bed design for stable cutting. Perfect for demanding industrial applications.
Verwandte Produktmerkmale:
  • Integral spindle unit reduces power loss, ensuring fast, steady starts and high precision.
  • 30° slant bed design with high-density cast iron for stable cutting and excellent shock absorption.
  • Closed chip discharge chamber prevents cutting fluid leakage and simplifies chip collection.
  • Single layer pull cover reduces faults, offers waterproofing, and operates with low noise.
  • Servo tool rest driven by servo motor for high precision and fast tool changes.
  • Two-axis feed with rolling guide rails improves processing accuracy and efficiency.
  • Standard configurations include GSK988TA CNC system, 8-position servo-turret, and hydraulic tailstock.
  • Optional features like Fanuc control, 12-position turret, and automatic bar feeder enhance versatility.
FAQs:
  • What is the maximum cutting diameter of the HTC40E/500 CNC Lathe?
    The HTC40E/500 has a maximum cutting diameter of 360mm, making it suitable for a wide range of machining tasks.
  • What are the spindle speed options for this machine?
    The spindle speed ranges from 50 to 4500 r/min, with a maximum output torque of 177 Nm, providing flexibility for various materials and operations.
  • Does the HTC40E/500 come with a standard chuck?
    Yes, it includes a Taiwan 8-inch solid chuck as standard, with an optional 8-inch hollow chuck available for specific needs.
  • What are the key advantages of the HTC40E/500's design?
    Key advantages include the narrow V belt drive for reduced power loss, integrated spindle encoder for lower failure rates, and rolling guide rails for high precision and efficiency.