STANDARD VD-3200 Double Column Vertical Lathe - STANDARD Machine Tools

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STANDARD VD-3200 Double Column Vertical Lathe

*Excludes Local Taxes*

Products are built on order, general delivery is 8~16weeks and includes sea freight to most seaports.

Description

Standard VD-3200  Double Column Vertical Lathe:

The double column vertical turning lathe can perform the following works, taper turning, drilling, reaming and facing with constant speed. The machine is a rigid construction 

The lathe is suitable for high-speed steel, hard alloy and ceramic cutting tool, machining inner and outer cylindrical surface, inner and outer conical surface, groove and plane of ferrous metals, nonferrous metals and some non-metallic parts. It can meet different quantity production requirements with high efficiency, stable and reliable precision.

Main Features:

  • Adopt advanced vertical lathe manufacturing technology, modular design, FEA analysis, integrated use of mechanical, electrical and hydraulic techniques, to guarantee high precision machining performance.
  • Siemens 828D CNC control ( optional, FANUC and GSK). Except CNC auto running mode, at the same time, it has the function of full manual operation.
  • With big torque variable AC main motor plus gearbox in two steps, with threading function and CSCS ( constant surface cutting speed) function.
  • High grade and good quality castings are make by own foundry, following by proper heat treatment, providing long lifetime and stable accuracy. 
  • Cross rail is embedded with alloy steel guideway ( W, Cr, Mn), and equipping with protect cover.
  • The guide rail of worktable adopts constant current motor to supply oil with stable precision, equipped with separated hydraulic station, the hydraulic oil adopts constant temperature refrigeration, all these advanced techniques assure customer a high and long stable machining accuracy.
  • Each lubrication part adopts automatic lubrication pump and provide timed and quantitative centralized oil supply.
  • High precision ball skews , and use imported bearing support.
  • Gearbox adopts high precision grinding gear.
  • Imported key components ( electrical components, servo motor, servo drive, hydraulic components, bearing, planetary speed reducer) are widely using.
  • Complete accessories and good service. Just start production immediately after set up.
Specifications
  • Max. turning diameter - 3200mm
  • Table diameter - 2830mm
  • Max. Weight of workpiece - 10/30 tons
  • Speed range of table - 2-63r/min
  • Speed-step of table - 16 steps
  • Power of main motor - 55kW
  • Max. working height of workpiece - 2000/2500mm
  • Travel of railhead Horizontal - 1735mm
  • Travel of railhead Vertical - 1000-1300mm
  • Max. Travel of crossbeam - 1750/2250mm
  • Weight of machine - 36-45 tons
  • Overall dimensions - 7160x4400x5080mm
  • Max. cutting resistance of right tool post - 35kN
  • Max. cutting resistance of left tool post - 28kN
  • Max. torque of table - 63kN.m
  • Feed range and speed-step of tool post - 0.24~145/18steps
  • Fast moving speed of tool post - 1550mm/min
  • Cutting section of tool bar - 40x50mm
  • Moving degrees limit of tool post - ±30°
  • Crossbeam fluctuation speed - 350mm/min
  • Crossbeam fluctuation motor power - 11kW
  • Cutting feed two-speed motor power of left feeding-box - 1.3/1.8kW
  • Fast motor power - 2.2kW
  • Cutting section of ram - 200x255mm
  • Table guide - Hydrostatic
    Delivery

    Delivery 8-12 Weeks from Deposit
    Strictly built on order.

    How to use Double Column Vertical Lathe

    Using a double column vertical lathe requires a high level of expertise and knowledge of the machine's controls, safety features, and machining techniques.

    Here are the general steps involved in using a double column vertical lathe:

    1. Select the appropriate cutting tools: Depending on the workpiece and the machining operation, you will need to select the appropriate cutting tools for the tool turret. These may include boring bars, drills, and milling cutters.

    2. Load the workpiece onto the rotary table: Use a hoist or crane to lift the workpiece onto the rotary table, and secure it in place using clamps or fixtures.

    3. Set the cutting conditions: Using the machine's controls, set the cutting conditions, including the spindle speed, feed rate, and depth of cut.

    4. Position the cutting tool: Use the machine's controls to position the cutting tool at the appropriate position relative to the workpiece.

    5. Start the machining operation: Press the start button to begin the machining operation. Monitor the machine for any abnormal sounds or vibrations, and adjust the cutting conditions as necessary.

    6. Check the machined part: Once the machining operation is complete, use precision measuring tools to check the machined part for accuracy and quality.

    7. Unload the workpiece: Use a hoist or crane to remove the machined workpiece from the rotary table.

    8. Clean the machine: Thoroughly clean the machine and the work area to remove any chips, coolant, or other debris.

    It's important to note that the specific steps and procedures involved in using a double column vertical lathe may vary depending on the machine model and the machining operation being performed. It's always a good idea to consult the machine's operator manual and receive proper training before using the machine.

    Description

    Standard VD-3200  Double Column Vertical Lathe:

    The double column vertical turning lathe can perform the following works, taper turning, drilling, reaming and facing with constant speed. The machine is a rigid construction 

    The lathe is suitable for high-speed steel, hard alloy and ceramic cutting tool, machining inner and outer cylindrical surface, inner and outer conical surface, groove and plane of ferrous metals, nonferrous metals and some non-metallic parts. It can meet different quantity production requirements with high efficiency, stable and reliable precision.

    Main Features:

    • Adopt advanced vertical lathe manufacturing technology, modular design, FEA analysis, integrated use of mechanical, electrical and hydraulic techniques, to guarantee high precision machining performance.
    • Siemens 828D CNC control ( optional, FANUC and GSK). Except CNC auto running mode, at the same time, it has the function of full manual operation.
    • With big torque variable AC main motor plus gearbox in two steps, with threading function and CSCS ( constant surface cutting speed) function.
    • High grade and good quality castings are make by own foundry, following by proper heat treatment, providing long lifetime and stable accuracy. 
    • Cross rail is embedded with alloy steel guideway ( W, Cr, Mn), and equipping with protect cover.
    • The guide rail of worktable adopts constant current motor to supply oil with stable precision, equipped with separated hydraulic station, the hydraulic oil adopts constant temperature refrigeration, all these advanced techniques assure customer a high and long stable machining accuracy.
    • Each lubrication part adopts automatic lubrication pump and provide timed and quantitative centralized oil supply.
    • High precision ball skews , and use imported bearing support.
    • Gearbox adopts high precision grinding gear.
    • Imported key components ( electrical components, servo motor, servo drive, hydraulic components, bearing, planetary speed reducer) are widely using.
    • Complete accessories and good service. Just start production immediately after set up.
    Specifications
    • Max. turning diameter - 3200mm
    • Table diameter - 2830mm
    • Max. Weight of workpiece - 10/30 tons
    • Speed range of table - 2-63r/min
    • Speed-step of table - 16 steps
    • Power of main motor - 55kW
    • Max. working height of workpiece - 2000/2500mm
    • Travel of railhead Horizontal - 1735mm
    • Travel of railhead Vertical - 1000-1300mm
    • Max. Travel of crossbeam - 1750/2250mm
    • Weight of machine - 36-45 tons
    • Overall dimensions - 7160x4400x5080mm
    • Max. cutting resistance of right tool post - 35kN
    • Max. cutting resistance of left tool post - 28kN
    • Max. torque of table - 63kN.m
    • Feed range and speed-step of tool post - 0.24~145/18steps
    • Fast moving speed of tool post - 1550mm/min
    • Cutting section of tool bar - 40x50mm
    • Moving degrees limit of tool post - ±30°
    • Crossbeam fluctuation speed - 350mm/min
    • Crossbeam fluctuation motor power - 11kW
    • Cutting feed two-speed motor power of left feeding-box - 1.3/1.8kW
    • Fast motor power - 2.2kW
    • Cutting section of ram - 200x255mm
    • Table guide - Hydrostatic
      Delivery

      Delivery 8-12 Weeks from Deposit
      Strictly built on order.

      How to use Double Column Vertical Lathe

      Using a double column vertical lathe requires a high level of expertise and knowledge of the machine's controls, safety features, and machining techniques.

      Here are the general steps involved in using a double column vertical lathe:

      1. Select the appropriate cutting tools: Depending on the workpiece and the machining operation, you will need to select the appropriate cutting tools for the tool turret. These may include boring bars, drills, and milling cutters.

      2. Load the workpiece onto the rotary table: Use a hoist or crane to lift the workpiece onto the rotary table, and secure it in place using clamps or fixtures.

      3. Set the cutting conditions: Using the machine's controls, set the cutting conditions, including the spindle speed, feed rate, and depth of cut.

      4. Position the cutting tool: Use the machine's controls to position the cutting tool at the appropriate position relative to the workpiece.

      5. Start the machining operation: Press the start button to begin the machining operation. Monitor the machine for any abnormal sounds or vibrations, and adjust the cutting conditions as necessary.

      6. Check the machined part: Once the machining operation is complete, use precision measuring tools to check the machined part for accuracy and quality.

      7. Unload the workpiece: Use a hoist or crane to remove the machined workpiece from the rotary table.

      8. Clean the machine: Thoroughly clean the machine and the work area to remove any chips, coolant, or other debris.

      It's important to note that the specific steps and procedures involved in using a double column vertical lathe may vary depending on the machine model and the machining operation being performed. It's always a good idea to consult the machine's operator manual and receive proper training before using the machine.

      *Information shown may differ or change without warning*

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