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High-Precision-Lathe-Machine-from-MAXNOVO

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Lathe Machine

  • MM-D360
    Type: Metal Lathe
    Max.Swing Over Bed: 360 mm
    Distance Between Center : 1000 mm
    Spindle Bore : 51 mm
    Bed Width: 185 mm
    Main Motor: 1500 W
    Add to Basket
  • MM-Master 380
    Type: Metal Lathe
    Max.Swing Over Bed: 380 mm
    Distance Between Center : 1000 mm
    Spindle Bore : 51 mm
    Bed Width: 185 mm
    Main Motor: 1500 W
    Add to Basket
  • MM-TH4210D
    Type: Metal Lathe
    Max.Swing Over Bed: 410 mm
    Distance Between Center : 1000 mm
    Spindle Bore : 52 mm
    Bed Width: 250 mm
    Main Motor: 2200 W
    Add to Basket
  • MM-D460
    Type: Engine Lathe
    Max.Swing Over Bed: 460 mm
    Distance Between Center : 2000 mm
    Spindle Bore : 58 mm
    Bed Width: 300 mm
    Main Motor: 5500 W
    Add to Basket
  • MM-D560
    Type: Engine Lathe
    Max.Swing Over Bed: 560 mm
    Distance Between Center : 3000 mm
    Spindle Bore : 80 mm
    Bed Width: 350 mm
    Main Motor: 7500 W
    Add to Basket
  • MM-D560V
    Type: Variable Speed Engine Lathe
    Max.Swing Over Bed: 460 - 560 mm
    Distance Between Center : 3000 mm
    Spindle Bore : 80 - 105 mm
    Bed Width: 350 mm
    Main Motor: 7500 W
    Add to Basket
  • MM-TH6630D
    Type: Engine Lathe
    Max.Swing Over Bed: 660 mm
    Distance Between Center : 3000 mm
    Spindle Bore : 105 mm
    Bed Width: 400 mm
    Main Motor: 7500 W
    Add to Basket
  • MM-TH8030D
    Type: Engine Lathe
    Max.Swing Over Bed: 800 mm
    Distance Between Center : 3000 mm
    Spindle Bore : 105 mm
    Bed Width: 400 mm
    Main Motor: 7500 W
    Add to Basket
  • MM-DLS 400
    Type: Heavy Duty Lathe Machine
    Max.Swing Over Bed: 800 mm
    Distance Between Center : 8000 mm
    Spindle Bore : 105 mm
    Bed Width: 550 mm
    Main Motor: 11 KW
    Add to Basket
  • MM-DLS 515
    Type: Heavy Duty Lathe Machine
    Max.Swing Over Bed: 1000 mm
    Distance Between Center : 8000 mm
    Spindle Bore : 105 mm
    Bed Width: 600 mm
    Main Motor: 11 KW
    Add to Basket
  • MM-DLE 500
    Type: Heavy Duty Universal Lathe
    Max.Swing Over Bed: 1000 mm
    Distance Between Center : 12000 mm
    Spindle Bore : 130 mm
    Bed Width: 780 mm
    Main Motor: 22 KW
    Add to Basket
  • MM-DLE 620
    Type: Heavy Duty Universal Lathe
    Max.Swing Over Bed: 1250 mm
    Distance Between Center : 12000 mm
    Spindle Bore : 130 mm
    Bed Width: 780 mm
    Main Motor: 22 KW
    Add to Basket
  • MM-DLE 800
    Type: Heavy Duty Universal Lathe
    Max.Swing Over Bed: 1600 mm
    Distance Between Center : 12000 mm
    Spindle Bore : 130 mm
    Bed Width: 780 mm
    Main Motor: 22 KW
    Add to Basket
  • MM-DLE 850
    Type: Heavy Duty Universal Lathe
    Max.Swing Over Bed: 1680 mm
    Distance Between Center : 16000 mm
    Spindle Bore : 130 mm
    Bed Width: 1100 mm
    Main Motor: 30 KW
    Add to Basket
  • MM-DLE 1000
    Type: Heavy Duty Universal Lathe
    Max.Swing Over Bed: 2080 mm
    Distance Between Center : 16000 mm
    Spindle Bore : 130 mm
    Bed Width: 1100 mm
    Main Motor: 30 KW
    Add to Basket
  • MM-DLE 1000B
    Type: Heavy Duty Universal Lathe
    Max.Swing Over Bed: 1980 mm
    Distance Between Center : 16000 mm
    Spindle Bore : 130 mm
    Bed Width: 1100 mm
    Main Motor: 30 KW
    Add to Basket
  • MM-TubeTurn200
    Type: Oil Country Lathe
    Max.Swing Over Bed: 630 mm
    Distance Between Center : 5000 mm
    Spindle Bore : 200 mm
    Bed Width: 550 mm
    Main Motor: 11 KW
    Add to Basket
  • MM-TubeTurn280S
    Type: Oil Country Lathe
    Max.Swing Over Bed: 800 mm
    Distance Between Center : 6000 mm
    Spindle Bore : 280 mm
    Bed Width: 600 mm
    Main Motor: 15 KW
    Add to Basket
  • MM-TubeTurn390
    Type: Oil Country Lathe
    Max.Swing Over Bed: 1000 mm
    Distance Between Center : 8000 mm
    Spindle Bore : 390 mm
    Bed Width: 755 mm
    Main Motor: 22 KW
    Add to Basket

FAQ

  • 1. What are the two basic types of Conventional Lathe Machine ?

    There are two main types of Conventional Lathe Machine in the industry which includes Horizontal Turning Lathe and Vertical Lathe.
  • 2. What are the Advantages of Conventional Lathe Machine ?

    Despite the availability of computer numerically controlled (CNC) machines and automation in modern manufacturing, conventional lathes continue to be indispensable for specific applications, particularly in job shops, toolrooms, and industries that require manual precision and flexibility. Their advantages, including versatility, cost-effectiveness, and ease of use, make them valuable assets in many machining operations. They can perform a wide range of machining operations, including turning, facing, tapering, threading, grooving, and more. Compared to more complex and automated machining equipment, conventional lathes are often more affordable to purchase and maintain. This cost-effectiveness is especially beneficial for small and medium-sized businesses. 
     

  • 3. What is Conventional Lathe Machine ?

    The Conventional Lathe Machine, often simply referred to as a "Metal Lathe", they are manually operated, with the operator controlling the machining process, and don’t have CNC Control System. It operates on the principle of rotating a work-piece while a cutting tool is applied to remove material, resulting in the work-piece's desired shape.

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