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STANDARD ETO-1200x3000-500 Experience Seamless Turning Operations - STANDARD Machine Tools

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Image of a STANDARD ETO-1200x3000-500 Oil Country CNC Lathe, a large industrial machine used for shaping metal, featuring a Ø500mm Spindle Bore. The machine is designed for heavy-duty machining operations in manufacturing settings, available from STANDARD and Standard Direct.

STANDARD ETO-1200x3000-500 Oil Country CNC Lathe with Ø500mm Spindle Bore

$270,861

*Excludes Local Taxes*

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

Description

Our series of CNC pipe threading lathes are expertly crafted to handle both internal and external pipe threads, including metric, inch, module DP, and taper threads. They boast all the standard functions of a typical CNC lathe, capable of precision processing for inner bores and end faces of shafts and disks.

Designed to meet the demanding needs of industries such as petroleum exploration, mineral mining, chemical piping, and geological prospecting, our lathe machines are indispensable for efficiently processing and repairing drilling pipes, drill rods, thread couplings, and more.

The CNC pipe thread lathe represents a cutting-edge solution tailored specifically for thread processing requirements in industries like petroleum, chemical, and metallurgy. Featuring double chuck workpiece clamping, three-speed inverter, and CNC system automatic control, these machines deliver precise processing for a wide range of internal and external threads while offering the versatility of a standard CNC lathe.

Main Features:

  • Large spindle bore and double chuck enable the processing of large-diameter pipes.
  • The one-piece bed is constructed from high-strength iron to ensure rigidity and precision.
  • Ultrasonic frequency-quenched guide-ways provide excellent wear-resistance.
  • The carriage and guide way contact surface utilize Turcite B to maintain accuracy.
Specifications
  • Capacity
  • Swing over bed - 1200mm
  • Swing over cross slide - 710mm
  • Distance between centers - 3000mm
  • Pipe threading range - 330-510mm
  • Guideway width - 755mm
  • Max. load capacity - 6T
  • Spindle
  • Spindle bore - 520mm
  • Spindle speed steps - VF. 3 steps
  • Spindle speed range - 8-190
  • Chuck - 4-jaw electric
  • Turret
  • Turret/tool post - NC turret 4 position
  • Tool shank size - 50x50mm
  • Feed
  • X axis travel - 620mm
  • Z axis travel - 2750mm
  • X axis rapid traverse - 4000mm/min
  • Z axis rapid traverse - 4000mm/min
  • Tailstock
  • Tailstock quill diameter - φ160mm
  • Tailstock quill taper - MT6
  • Tailstock quill travel - 300mm
  • Motor
  • Main spindle motor - 22kW
  • Coolant pump motor - 0.125kW
  • Dimension - 2300x2200x6500mm 
  • Weight - 13,600kg
Delivery

This machine is specifically built and the delivery is 9-14 Weeks from Deposit.

How to use an Oil Country CNC Lathe
  1. Set up the machine: This includes installing the cutting tool, adjusting the workpiece clamping, and configuring the control settings according to the machining requirements.
  2. Load the program: The CNC lathe uses a program, which is a set of instructions that tells the machine how to cut the workpiece. The program can be loaded into the machine's control system via a USB drive or by inputting the code directly into the control panel.
  3. Prepare the workpiece: The workpiece should be securely clamped in the lathe's chuck or collet, and the cutting tool should be positioned and aligned with the workpiece.
  4. Start the machining process: After the machine is set up and the program is loaded, the operator can start the machining process by pressing the "start" button on the control panel. The machine will then move the cutting tool along the programmed path to shape the workpiece.
  5. Monitor the machining process: The operator should monitor the machining process to ensure that everything is running smoothly and make adjustments as needed.
  6. Finish the machining process: Once the machining is completed, the operator can stop the machine and remove the workpiece. The workpiece should then be inspected to ensure it meets the desired specifications.

It's worth noting that the above steps are a general guide and the specifics may vary depending on the type of CNC Lathe and the control system it's using, also the operator should always refer to the machine's manual and follow all safety guidelines before operating the machine.

Description

Our series of CNC pipe threading lathes are expertly crafted to handle both internal and external pipe threads, including metric, inch, module DP, and taper threads. They boast all the standard functions of a typical CNC lathe, capable of precision processing for inner bores and end faces of shafts and disks.

Designed to meet the demanding needs of industries such as petroleum exploration, mineral mining, chemical piping, and geological prospecting, our lathe machines are indispensable for efficiently processing and repairing drilling pipes, drill rods, thread couplings, and more.

The CNC pipe thread lathe represents a cutting-edge solution tailored specifically for thread processing requirements in industries like petroleum, chemical, and metallurgy. Featuring double chuck workpiece clamping, three-speed inverter, and CNC system automatic control, these machines deliver precise processing for a wide range of internal and external threads while offering the versatility of a standard CNC lathe.

Main Features:

  • Large spindle bore and double chuck enable the processing of large-diameter pipes.
  • The one-piece bed is constructed from high-strength iron to ensure rigidity and precision.
  • Ultrasonic frequency-quenched guide-ways provide excellent wear-resistance.
  • The carriage and guide way contact surface utilize Turcite B to maintain accuracy.
Specifications
  • Capacity
  • Swing over bed - 1200mm
  • Swing over cross slide - 710mm
  • Distance between centers - 3000mm
  • Pipe threading range - 330-510mm
  • Guideway width - 755mm
  • Max. load capacity - 6T
  • Spindle
  • Spindle bore - 520mm
  • Spindle speed steps - VF. 3 steps
  • Spindle speed range - 8-190
  • Chuck - 4-jaw electric
  • Turret
  • Turret/tool post - NC turret 4 position
  • Tool shank size - 50x50mm
  • Feed
  • X axis travel - 620mm
  • Z axis travel - 2750mm
  • X axis rapid traverse - 4000mm/min
  • Z axis rapid traverse - 4000mm/min
  • Tailstock
  • Tailstock quill diameter - φ160mm
  • Tailstock quill taper - MT6
  • Tailstock quill travel - 300mm
  • Motor
  • Main spindle motor - 22kW
  • Coolant pump motor - 0.125kW
  • Dimension - 2300x2200x6500mm 
  • Weight - 13,600kg
Delivery

This machine is specifically built and the delivery is 9-14 Weeks from Deposit.

How to use an Oil Country CNC Lathe
  1. Set up the machine: This includes installing the cutting tool, adjusting the workpiece clamping, and configuring the control settings according to the machining requirements.
  2. Load the program: The CNC lathe uses a program, which is a set of instructions that tells the machine how to cut the workpiece. The program can be loaded into the machine's control system via a USB drive or by inputting the code directly into the control panel.
  3. Prepare the workpiece: The workpiece should be securely clamped in the lathe's chuck or collet, and the cutting tool should be positioned and aligned with the workpiece.
  4. Start the machining process: After the machine is set up and the program is loaded, the operator can start the machining process by pressing the "start" button on the control panel. The machine will then move the cutting tool along the programmed path to shape the workpiece.
  5. Monitor the machining process: The operator should monitor the machining process to ensure that everything is running smoothly and make adjustments as needed.
  6. Finish the machining process: Once the machining is completed, the operator can stop the machine and remove the workpiece. The workpiece should then be inspected to ensure it meets the desired specifications.

It's worth noting that the above steps are a general guide and the specifics may vary depending on the type of CNC Lathe and the control system it's using, also the operator should always refer to the machine's manual and follow all safety guidelines before operating the machine.

*Information shown may differ or change without warning*

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