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Standard XM3-600 | Performance 3-Axis Vertical Machining Center - STANDARD Machine Tools

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STANDARD XM3-600 Performance 3-Axis Vertical Machining Center, available from STANDARD and Standard Direct

STANDARD XM3-600 Performance 3-Axis Vertical Machining Center

R 896,712.00 R 0.00

*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 3 axis vertical milling machine is a type of CNC milling machine that is equipped with three linear axes (X, Y, and Z) that are perpendicular to each other. The three axes allow for precise control of the cutting tool's position and movement, enabling a wide range of machining operations.

The vertical orientation of the milling machine's spindle allows for easy access to the workpiece and reduces the need for complex fixtures and work holding devices. The machine's table is typically mounted on a sliding dovetail that allows the table to be moved along the X and Y axes, while the spindle is raised and lowered along the Z axis.

A 3 axis vertical milling machine may be equipped with a variety of tools and accessories, such as automatic tool changers, coolant systems, and work holding devices, to enhance its capabilities and improve its efficiency. It is often used in manufacturing, engineering, and other fields for its precision and versatility.

Best in Class Guaranteed with 24 Month Warranty!

Main 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 - 800mm x380mm = 31.50 inches x 14.96 inches
    • T Slot - 14x3x110mm = 0.55 inches x 0.12 inches x 4.33 inches
    • Maximum load - 350kg = 771.62 lbs
  • Travel
    • X axis travel - 600mm = 23.62 inches
    • Y axis travel - 350mm = 13.78 inches
    • Z axis travel - 450mm = 17.72 inches
    • X/Y/Z axis rapid traverse - 20/20/20m/min = 787.40 inches/minute
    • Spindle nose to table - 50-500mm = 1.97 inches to 19.69 inches
    • Spindle center to column - 450mm = 17.72 inches
    • Slots - 5 x 18 x 100mm = 5 x 0.71 inches x 3.94 inches
    • Guideway type - LM:XYZ
  • Spindle
    • Spindle taper - BT40
    • Spindle speed - 6000 rpm
    • Main servo motor - 5.5/7.5 KW = 7.37/10.04 hp
  • Feed &Magazine
    • ATC capacity type - 24/Disk (optional 16/ Carousel)
    • Max weight of tool - 8Kg = 17.65lbs
    • Air pressure - 0.5-0.8 MPa = 72.52-115.04 psi
    • Electrical cabinet cooling system - Heat Exchanger (optional Air conditioner)
    • Dimensions - 2350×2200×2350mm = 92.52 x 86.61 x 92.52 inches
    • Weight - 3500Kg = 7716.18 lbs
    Configuration
    • Precision linear guideway on X/Y/Z axes-provide high speed rapids
    • Full enclosure splash guard
    • Arm type ATC
    • 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.

    Maximize Production

    The XM3-Series cutting production is considered high but there are optional accessories and process additions that can save you time and boost production.

    • Tool Setter - Save 25% of tool setting time
    • Touch Probe - Save 20~30% on the time it takes to load bigger jobs
    • Jigging - Save 30~40% on loading time for high volume production with auto-aligning and self positioning jigs and clamping systems (These are job specific but can be supplied pre-installed.) 
    • Flushing coolant - Save on cleaning time as 60% of stray chips will be pushed into the chip conveyor while the machine is cutting.
    • Robot loading - Automated loading and unloading systems save a modest 15% in time but allow you to run the machine 24 hours a day with limited human oversite. In most cases this will add 50%~75% increase in production capacity.
    Delivery

    The XM3-Series Machines are built on order only.

    Delivery is 10-14 weeks from deposit

    How to use a 3 axis vertical milling machine

    A 3 axis vertical milling machine is a versatile tool that can be used to cut and shape a variety of materials, such as metal, wood, and plastic.

    Here are the general steps for using a 3 axis vertical milling machine:

    1. Set up the machine: Ensure the machine is properly secured to the work surface and the cutting tools are in good condition. Make sure you have appropriate safety equipment, such as goggles and gloves.
    2. Choose the material: Choose the material you want to cut, and make sure it is securely clamped to the work surface.
    3. Set the spindle speed: Adjust the spindle speed based on the material and cutting tool being used. Consult the machine's manual for recommended speeds.
    4. Set the cutting depth: Adjust the depth of the cutting tool based on the material being cut and the desired depth of the cut. Use the machine's depth gauge to ensure accurate cuts.
    5. Select the cutting tool: Select the appropriate cutting tool based on the material being cut and the desired shape. The machine may have a tool changer that can automatically swap out cutting tools.
    6. Set the cutting path: Use the machine's control panel to set the cutting path. This can be done manually or using computer-aided design (CAD) software.
    7. Start the machine: Once everything is set up, start the machine and begin the cutting process. Monitor the machine and adjust the cutting speed and depth as needed.
    8. Finishing and cleanup: Once the cutting is complete, turn off the machine and carefully remove the cut material. Clean up any chips or debris from the work surface and machine.

    It's important to note that these are general steps, and the specific process for using a 3 axis vertical milling machine may vary based on the machine model and the material being cut. Always consult the machine's manual and follow proper safety procedures when using the machine.

    Description

    A 3 axis vertical milling machine is a type of CNC milling machine that is equipped with three linear axes (X, Y, and Z) that are perpendicular to each other. The three axes allow for precise control of the cutting tool's position and movement, enabling a wide range of machining operations.

    The vertical orientation of the milling machine's spindle allows for easy access to the workpiece and reduces the need for complex fixtures and work holding devices. The machine's table is typically mounted on a sliding dovetail that allows the table to be moved along the X and Y axes, while the spindle is raised and lowered along the Z axis.

    A 3 axis vertical milling machine may be equipped with a variety of tools and accessories, such as automatic tool changers, coolant systems, and work holding devices, to enhance its capabilities and improve its efficiency. It is often used in manufacturing, engineering, and other fields for its precision and versatility.

    Best in Class Guaranteed with 24 Month Warranty!

    Main 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 - 800mm x380mm = 31.50 inches x 14.96 inches
      • T Slot - 14x3x110mm = 0.55 inches x 0.12 inches x 4.33 inches
      • Maximum load - 350kg = 771.62 lbs
    • Travel
      • X axis travel - 600mm = 23.62 inches
      • Y axis travel - 350mm = 13.78 inches
      • Z axis travel - 450mm = 17.72 inches
      • X/Y/Z axis rapid traverse - 20/20/20m/min = 787.40 inches/minute
      • Spindle nose to table - 50-500mm = 1.97 inches to 19.69 inches
      • Spindle center to column - 450mm = 17.72 inches
      • Slots - 5 x 18 x 100mm = 5 x 0.71 inches x 3.94 inches
      • Guideway type - LM:XYZ
    • Spindle
      • Spindle taper - BT40
      • Spindle speed - 6000 rpm
      • Main servo motor - 5.5/7.5 KW = 7.37/10.04 hp
    • Feed &Magazine
      • ATC capacity type - 24/Disk (optional 16/ Carousel)
      • Max weight of tool - 8Kg = 17.65lbs
      • Air pressure - 0.5-0.8 MPa = 72.52-115.04 psi
      • Electrical cabinet cooling system - Heat Exchanger (optional Air conditioner)
      • Dimensions - 2350×2200×2350mm = 92.52 x 86.61 x 92.52 inches
      • Weight - 3500Kg = 7716.18 lbs
      Configuration
      • Precision linear guideway on X/Y/Z axes-provide high speed rapids
      • Full enclosure splash guard
      • Arm type ATC
      • 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.

      Maximize Production

      The XM3-Series cutting production is considered high but there are optional accessories and process additions that can save you time and boost production.

      • Tool Setter - Save 25% of tool setting time
      • Touch Probe - Save 20~30% on the time it takes to load bigger jobs
      • Jigging - Save 30~40% on loading time for high volume production with auto-aligning and self positioning jigs and clamping systems (These are job specific but can be supplied pre-installed.) 
      • Flushing coolant - Save on cleaning time as 60% of stray chips will be pushed into the chip conveyor while the machine is cutting.
      • Robot loading - Automated loading and unloading systems save a modest 15% in time but allow you to run the machine 24 hours a day with limited human oversite. In most cases this will add 50%~75% increase in production capacity.
      Delivery

      The XM3-Series Machines are built on order only.

      Delivery is 10-14 weeks from deposit

      How to use a 3 axis vertical milling machine

      A 3 axis vertical milling machine is a versatile tool that can be used to cut and shape a variety of materials, such as metal, wood, and plastic.

      Here are the general steps for using a 3 axis vertical milling machine:

      1. Set up the machine: Ensure the machine is properly secured to the work surface and the cutting tools are in good condition. Make sure you have appropriate safety equipment, such as goggles and gloves.
      2. Choose the material: Choose the material you want to cut, and make sure it is securely clamped to the work surface.
      3. Set the spindle speed: Adjust the spindle speed based on the material and cutting tool being used. Consult the machine's manual for recommended speeds.
      4. Set the cutting depth: Adjust the depth of the cutting tool based on the material being cut and the desired depth of the cut. Use the machine's depth gauge to ensure accurate cuts.
      5. Select the cutting tool: Select the appropriate cutting tool based on the material being cut and the desired shape. The machine may have a tool changer that can automatically swap out cutting tools.
      6. Set the cutting path: Use the machine's control panel to set the cutting path. This can be done manually or using computer-aided design (CAD) software.
      7. Start the machine: Once everything is set up, start the machine and begin the cutting process. Monitor the machine and adjust the cutting speed and depth as needed.
      8. Finishing and cleanup: Once the cutting is complete, turn off the machine and carefully remove the cut material. Clean up any chips or debris from the work surface and machine.

      It's important to note that these are general steps, and the specific process for using a 3 axis vertical milling machine may vary based on the machine model and the material being cut. Always consult the machine's manual and follow proper safety procedures when using the machine.

      *Information shown may differ or change without warning*

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