STANDARD ETD-1000 Series Flatbed CNC Lathe - Ø1000mm Swing - STANDARD Machine Tools

Miraco 3d Scanner now under $1500...

Miraco 3d Scanner now under $1500...

STANDARD ETD-1000 Flatbed CNC Lathe (Ø1000mm swing, 2m~10m B/C)

*Excludes Local Taxes*

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

Description

This Heavy duty horizontal lathes series for industrial metal turning applications with with a turning weight of 6000kg  Between Center's and a max Swing over bed of Ø1000mm (39")

  • ETD-1000x3000 - Ø1000x2000mm B/C (78" Inch)
  • ETD-1000x3000 - Ø1000x3000mm B/C (118" Inch)
  • ETD-1000x4000 - Ø1000x4000mm B/C (157" Inch)
  • ETD-1000x5000 - Ø1000x5000mm B/C (196" Inch)
  • ETD-1000x6000 - Ø1000x6000mm B/C (236" Inch)
  • ETD-1000x8000 - Ø1000x8000mm B/C (315" Inch)
  • ETD-1000x10000 - Ø1000x10000mm B/C (393" Inch) 

For over 16 years, these metalworking lathes have set the benchmark for quality and precision in South African workshops. Renowned for their consistent performance and reliability, they continue to be essential tools for tackling complex machining tasks, making them a cornerstone in the country's manufacturing industry.

This flat bed CNC lathe is designed for high accuracy, rigidity, and fast indexing speed. Equipped with a double-row cylindrical roller bearing spindle, it delivers superior precision and load-bearing capacity, making it ideal for heavy-duty operations. The lathe comes standard with a manual chuck, with an optional hydraulic chuck available for enhanced efficiency and automation.

Specifications
Specifications Metric Imperial
Swing over bed φ1000 mm φ39.37 in
Swing over carriage φ630 mm φ24.80 in
Max. length of workpiece 1500/3000/5000 mm 59.06/118.11/196.85 in
Max. turning length 1300/2800/4800 mm 51.18/110.24/188.98 in
Bed Width 755 mm 29.72 in
Max. weight of workpiece 6000 kg 13227.74 lbs
Spindle nose type A2-15 A2-15
Spindle center taper MT6 MT6
Spindle bore φ130 mm φ5.12 in
Spindle speed range 3.15-315 r/min 3.15-315 r/min
Chuck φ1000 mm 4-jaw manual φ39.37 in 4-jaw manual
Cross section of tool shank 40×40 mm 1.57×1.57 in
Turret type V4 V4
Tailstock quill diameter φ160 mm φ6.30 in
Tailstock quill taper MT6 MT6
Tailstock quill max. stroke 300 mm 11.81 in
Main motor power 22 kW 29.50 hp
Main motor type Servo motor Servo motor
Main motor speed 575/1200 r/min 575/1200 r/min
CNC system FANUC 0i-TF (5) FANUC 0i-TF (5)
Width × Height 2530×2300 mm 99.61×90.55 in
Length 4800/6300/8300 mm 188.98/248.03/326.77 in
Net weight 9200/10700/12500 kg 20282.20/23589.14/27557.78 lbs
    Delivery

    Machines are strictly built on order. (Build-on-Demand)

    Delivery 9 -14 Weeks from Deposit


    How to Use a Flatbed Lathe

    Using a flatbed lathe requires careful attention to detail and adherence to safety practices. Here's a general guide on how to operate a flatbed lathe effectively:

    1. Prepare the Workpiece: Clean the workpiece thoroughly, ensuring it is deburred and properly secured in the lathe using chucks, collets, or faceplates. Double-check that the workpiece is centered and balanced for stable operation.

    2. Set the Cutting Tools: Choose the correct cutting tool for the material and job. Firmly secure the tool in the tool post and adjust its position for precision cutting. Make sure the tool is aligned with the centerline of the workpiece to prevent any inaccuracies.

    3. Adjust the Spindle Speed: Based on the material type, workpiece size, and desired finish, set the appropriate spindle speed. Refer to the lathe's manual for recommended speed settings if unsure.

    4. Start the Lathe: Power on the lathe and set it to the chosen speed. Observe the machine to ensure it is operating smoothly without vibrations or strange noises that could indicate misalignment.

    5. Make the Cuts: Gently guide the cutting tool along the surface of the workpiece. Use the handwheels to adjust the depth of the cut and the feed rate, ensuring precision as you proceed. Make continuous adjustments as needed to achieve the desired result.

    6. Inspect the Workpiece: After completing each pass, examine the workpiece for accuracy and finish quality. Adjust the cutting tool or spindle speed as necessary to meet specifications.

    7. Turn off the Lathe: Once the work is completed, switch off the lathe and wait for it to come to a complete stop before handling or removing the workpiece.

    8. Clean and Maintain: Clean the lathe, cutting tools, and surrounding work area. Properly store all tools and accessories to maintain an organized and safe workspace.

    Safety Notes: Always follow safety guidelines when using a flatbed lathe. Wear proper protective gear, including eye protection and gloves. Be familiar with the machine’s emergency stop function and all other safety features. Review the manufacturer's instructions for additional guidance specific to your lathe model.

    Description

    This Heavy duty horizontal lathes series for industrial metal turning applications with with a turning weight of 6000kg  Between Center's and a max Swing over bed of Ø1000mm (39")

    • ETD-1000x3000 - Ø1000x2000mm B/C (78" Inch)
    • ETD-1000x3000 - Ø1000x3000mm B/C (118" Inch)
    • ETD-1000x4000 - Ø1000x4000mm B/C (157" Inch)
    • ETD-1000x5000 - Ø1000x5000mm B/C (196" Inch)
    • ETD-1000x6000 - Ø1000x6000mm B/C (236" Inch)
    • ETD-1000x8000 - Ø1000x8000mm B/C (315" Inch)
    • ETD-1000x10000 - Ø1000x10000mm B/C (393" Inch) 

    For over 16 years, these metalworking lathes have set the benchmark for quality and precision in South African workshops. Renowned for their consistent performance and reliability, they continue to be essential tools for tackling complex machining tasks, making them a cornerstone in the country's manufacturing industry.

    This flat bed CNC lathe is designed for high accuracy, rigidity, and fast indexing speed. Equipped with a double-row cylindrical roller bearing spindle, it delivers superior precision and load-bearing capacity, making it ideal for heavy-duty operations. The lathe comes standard with a manual chuck, with an optional hydraulic chuck available for enhanced efficiency and automation.

    Specifications
    Specifications Metric Imperial
    Swing over bed φ1000 mm φ39.37 in
    Swing over carriage φ630 mm φ24.80 in
    Max. length of workpiece 1500/3000/5000 mm 59.06/118.11/196.85 in
    Max. turning length 1300/2800/4800 mm 51.18/110.24/188.98 in
    Bed Width 755 mm 29.72 in
    Max. weight of workpiece 6000 kg 13227.74 lbs
    Spindle nose type A2-15 A2-15
    Spindle center taper MT6 MT6
    Spindle bore φ130 mm φ5.12 in
    Spindle speed range 3.15-315 r/min 3.15-315 r/min
    Chuck φ1000 mm 4-jaw manual φ39.37 in 4-jaw manual
    Cross section of tool shank 40×40 mm 1.57×1.57 in
    Turret type V4 V4
    Tailstock quill diameter φ160 mm φ6.30 in
    Tailstock quill taper MT6 MT6
    Tailstock quill max. stroke 300 mm 11.81 in
    Main motor power 22 kW 29.50 hp
    Main motor type Servo motor Servo motor
    Main motor speed 575/1200 r/min 575/1200 r/min
    CNC system FANUC 0i-TF (5) FANUC 0i-TF (5)
    Width × Height 2530×2300 mm 99.61×90.55 in
    Length 4800/6300/8300 mm 188.98/248.03/326.77 in
    Net weight 9200/10700/12500 kg 20282.20/23589.14/27557.78 lbs
      Delivery

      Machines are strictly built on order. (Build-on-Demand)

      Delivery 9 -14 Weeks from Deposit

      How to Use a Flatbed Lathe

      Using a flatbed lathe requires careful attention to detail and adherence to safety practices. Here's a general guide on how to operate a flatbed lathe effectively:

      1. Prepare the Workpiece: Clean the workpiece thoroughly, ensuring it is deburred and properly secured in the lathe using chucks, collets, or faceplates. Double-check that the workpiece is centered and balanced for stable operation.

      2. Set the Cutting Tools: Choose the correct cutting tool for the material and job. Firmly secure the tool in the tool post and adjust its position for precision cutting. Make sure the tool is aligned with the centerline of the workpiece to prevent any inaccuracies.

      3. Adjust the Spindle Speed: Based on the material type, workpiece size, and desired finish, set the appropriate spindle speed. Refer to the lathe's manual for recommended speed settings if unsure.

      4. Start the Lathe: Power on the lathe and set it to the chosen speed. Observe the machine to ensure it is operating smoothly without vibrations or strange noises that could indicate misalignment.

      5. Make the Cuts: Gently guide the cutting tool along the surface of the workpiece. Use the handwheels to adjust the depth of the cut and the feed rate, ensuring precision as you proceed. Make continuous adjustments as needed to achieve the desired result.

      6. Inspect the Workpiece: After completing each pass, examine the workpiece for accuracy and finish quality. Adjust the cutting tool or spindle speed as necessary to meet specifications.

      7. Turn off the Lathe: Once the work is completed, switch off the lathe and wait for it to come to a complete stop before handling or removing the workpiece.

      8. Clean and Maintain: Clean the lathe, cutting tools, and surrounding work area. Properly store all tools and accessories to maintain an organized and safe workspace.

      Safety Notes: Always follow safety guidelines when using a flatbed lathe. Wear proper protective gear, including eye protection and gloves. Be familiar with the machine’s emergency stop function and all other safety features. Review the manufacturer's instructions for additional guidance specific to your lathe model.

      *Information shown may differ or change without warning*

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