Standard XM4-1200 | 4-Axis Vertical Machining Center - STANDARD Direct

Miraco 3d Scanner now under $2000...

Miraco 3d Scanner now under $2000...

STANDARD XM4-1200 4-Axis Vertical Machining Center

*Best in class CNC milling machine*

Machines are built on order, delivery is 9~14 weeks
Shipped Worldwide- Prices include freight to your nearest sea port*

*Excludes Local Taxes*

Description

A 4-axis vertical machining center is a type of CNC (computer numerical control) milling machine that uses a vertical spindle, which is vertical orientation of the cutting tool. The "4-axis" refers to the fact that the machine has four degrees of freedom, which allow it to move the cutting tool in four different directions: the x-axis (left to right), the y-axis (front to back), the z-axis (up and down), and the fourth axis (which is usually the rotary axis that allows the cutting tool to rotate around a vertical or horizontal axis).

The machining center typically consists of a table that holds the workpiece and a spindle that holds the cutting tool. The table moves in the x- and y-axes, while the spindle moves in the z-axis. The fourth axis is typically a rotary table that can be added to the machine, which allows for more complex shapes and geometries to be machined.

The machine tool is operated by a CNC controller which read the instructions from a computer-aided design (CAD) program, to control the movement of the cutting tool and the workpiece, cutting the material with high precision.

4-axis machining centers are used to produce complex parts with high precision and speed. In aerospace, Automotive, medical and aerospace industries frequently use them for prototyping and mass production.

With 4-axis capabilities, it allow to cut more efficiently by eliminating the need to reposition the workpiece manually and also makes it possible to create more complex shapes and geometries in fewer steps.

Best in Class Guaranteed with 24 Month Warranty!

Machine Features:

  • C-frame design with X,Y,Z-axis using linear slide bearings
  • High rigidity cast iron box frame for stability and repeatability without vibration.
  • Standard with 3-axis GSK25i CNC Controller, great performance, reliable and cost effective. (Optional: Fanuc or Siemens)
  • High Speed 24 position Arm type Tool changer
  • Performance direct drive BT40 spindle (optional: 2-speed gearbox)
  • Standard Coolant system (optional: Flushing, high pressure and thru-spindle)
Specifications
  • Table
    • Table size - 1400mmx520mm = 55.12 x 20.47 inches
    • T Slot - 18x5x90mm = 0.71 x 0.20 x 3.54 inches
    • Maximum load - 800kg = 1763.70 lbs
  • Travel
    • X axis travel - 1200mm = 47.24 inches
    • Y axis travel - 500mm = 19.69 inches
    • Z axis travel - 570mm = 22.44 inches
    • X/Y/Z axis rapid traverse - 30/30/30m/min = 1181.10/1181.10/1181.10 inches/minute
    • Spindle nose to table - 130-700mm = 5.12 to 27.56 inches
    • Spindle center to column - 580mm = 22.83 inches
    • Guideway type - LM:XYZ
  • Spindle
    • Spindle type - BT40
    • Spindle speed - 8000 rpm (optional 12000rpm)
    • Main servo motor - 11.0/15.0 KW = 14.75/20.11 hp
  • Feed &Magazine
    • ATC capacity type - 24/Arm
    • Max weight of tool - 8Kg = 17.64 lbs
    • Air pressure - 0.5-0.8mPa = 7.25-11.50 psi
    • Electrical cabinet cooling system - Air conditioner
    • Dimensions - 3100×2200×2350mm = 122.05 x 86.61 x 92.52 inches
    • Weight - 7200Kg = 15873.29 lbs
    Machine Configuration
    • Precision linear guideway on X/Y/Z axes-provide high speed rapids.
    • Full enclosed way covers.
    • Drum or arm type ATC available.
    • High quality castings provides a solid structure and foundation.
    • Direct drive servo motors on all axes.
    • High speed rapids standard-higher speeds available on axes and spindle.
    Info on CNC Control

    Click to visit CNC Control manufacturer's website for more information.

    Delivery

    Build on Demand only.

    Delivery is 10-14 weeks from deposit


    How to use a 4-Axis Vertical Machine

    Using a 4-axis vertical machining center typically involves several steps, including:

    1. Setting up the machine: Before you can begin using the machining center, you will need to make sure that it is properly calibrated and set up. This may include installing the appropriate cutting tool and workpiece, as well as adjusting the machine's settings to match the specific requirements of the job.

    2. Creating a CNC program: The 4-axis machining center is controlled by a CNC program that tells the machine where to move the cutting tool and the workpiece. The program is typically created using a computer-aided design (CAD) or computer-aided manufacturing (CAM) software. The program is then loaded into the CNC controller of the machine.

    3. Loading the program: Once the program is created, it needs to be loaded into the machine. This is typically done by transferring the program from a computer to the CNC controller via a USB or Ethernet cable.

    4. Running the program: Once the program is loaded, the machine can begin executing the instructions in the program. The cutting tool will move along the x-, y-, and z-axes, as well as the fourth axis, depending on the instructions in the program. The operator should monitor the process and adjust if required.

    5. Inspecting the part: After the machining process is complete, the operator should inspect the part to ensure that it meets the required specifications and tolerances.

    It's important to note that using a 4-axis vertical machining center requires a certain level of skill and knowledge. Operators typically receive training and certification on how to use the machine and should have a good understanding of CNC programming. If the user have little experience or have questions, it is a good idea to consult the manual or other resources to gain more understanding before proceeding.

    Description

    A 4-axis vertical machining center is a type of CNC (computer numerical control) milling machine that uses a vertical spindle, which is vertical orientation of the cutting tool. The "4-axis" refers to the fact that the machine has four degrees of freedom, which allow it to move the cutting tool in four different directions: the x-axis (left to right), the y-axis (front to back), the z-axis (up and down), and the fourth axis (which is usually the rotary axis that allows the cutting tool to rotate around a vertical or horizontal axis).

    The machining center typically consists of a table that holds the workpiece and a spindle that holds the cutting tool. The table moves in the x- and y-axes, while the spindle moves in the z-axis. The fourth axis is typically a rotary table that can be added to the machine, which allows for more complex shapes and geometries to be machined.

    The machine tool is operated by a CNC controller which read the instructions from a computer-aided design (CAD) program, to control the movement of the cutting tool and the workpiece, cutting the material with high precision.

    4-axis machining centers are used to produce complex parts with high precision and speed. In aerospace, Automotive, medical and aerospace industries frequently use them for prototyping and mass production.

    With 4-axis capabilities, it allow to cut more efficiently by eliminating the need to reposition the workpiece manually and also makes it possible to create more complex shapes and geometries in fewer steps.

    Best in Class Guaranteed with 24 Month Warranty!

    Machine Features:

    • C-frame design with X,Y,Z-axis using linear slide bearings
    • High rigidity cast iron box frame for stability and repeatability without vibration.
    • Standard with 3-axis GSK25i CNC Controller, great performance, reliable and cost effective. (Optional: Fanuc or Siemens)
    • High Speed 24 position Arm type Tool changer
    • Performance direct drive BT40 spindle (optional: 2-speed gearbox)
    • Standard Coolant system (optional: Flushing, high pressure and thru-spindle)
    Specifications
    • Table
      • Table size - 1400mmx520mm = 55.12 x 20.47 inches
      • T Slot - 18x5x90mm = 0.71 x 0.20 x 3.54 inches
      • Maximum load - 800kg = 1763.70 lbs
    • Travel
      • X axis travel - 1200mm = 47.24 inches
      • Y axis travel - 500mm = 19.69 inches
      • Z axis travel - 570mm = 22.44 inches
      • X/Y/Z axis rapid traverse - 30/30/30m/min = 1181.10/1181.10/1181.10 inches/minute
      • Spindle nose to table - 130-700mm = 5.12 to 27.56 inches
      • Spindle center to column - 580mm = 22.83 inches
      • Guideway type - LM:XYZ
    • Spindle
      • Spindle type - BT40
      • Spindle speed - 8000 rpm (optional 12000rpm)
      • Main servo motor - 11.0/15.0 KW = 14.75/20.11 hp
    • Feed &Magazine
      • ATC capacity type - 24/Arm
      • Max weight of tool - 8Kg = 17.64 lbs
      • Air pressure - 0.5-0.8mPa = 7.25-11.50 psi
      • Electrical cabinet cooling system - Air conditioner
      • Dimensions - 3100×2200×2350mm = 122.05 x 86.61 x 92.52 inches
      • Weight - 7200Kg = 15873.29 lbs
      Machine Configuration
      • Precision linear guideway on X/Y/Z axes-provide high speed rapids.
      • Full enclosed way covers.
      • Drum or arm type ATC available.
      • High quality castings provides a solid structure and foundation.
      • Direct drive servo motors on all axes.
      • High speed rapids standard-higher speeds available on axes and spindle.
      Info on CNC Control

      Click to visit CNC Control manufacturer's website for more information.

      Delivery

      Build on Demand only.

      Delivery is 10-14 weeks from deposit

      How to use a 4-Axis Vertical Machine

      Using a 4-axis vertical machining center typically involves several steps, including:

      1. Setting up the machine: Before you can begin using the machining center, you will need to make sure that it is properly calibrated and set up. This may include installing the appropriate cutting tool and workpiece, as well as adjusting the machine's settings to match the specific requirements of the job.

      2. Creating a CNC program: The 4-axis machining center is controlled by a CNC program that tells the machine where to move the cutting tool and the workpiece. The program is typically created using a computer-aided design (CAD) or computer-aided manufacturing (CAM) software. The program is then loaded into the CNC controller of the machine.

      3. Loading the program: Once the program is created, it needs to be loaded into the machine. This is typically done by transferring the program from a computer to the CNC controller via a USB or Ethernet cable.

      4. Running the program: Once the program is loaded, the machine can begin executing the instructions in the program. The cutting tool will move along the x-, y-, and z-axes, as well as the fourth axis, depending on the instructions in the program. The operator should monitor the process and adjust if required.

      5. Inspecting the part: After the machining process is complete, the operator should inspect the part to ensure that it meets the required specifications and tolerances.

      It's important to note that using a 4-axis vertical machining center requires a certain level of skill and knowledge. Operators typically receive training and certification on how to use the machine and should have a good understanding of CNC programming. If the user have little experience or have questions, it is a good idea to consult the manual or other resources to gain more understanding before proceeding.

      *Information shown may differ or change without warning*

      Product Search