STANDARD ETO-800x1000-190 Oil Country CNC Lathe with 190mm Spindle Bore

Description

Standard ETO-800x1000 Oil Country CNC Lathe with 190mm Spindle Bore: 

An Oil Country CNC Lathe with a 190mm spindle bore is a type of computer numerical control (CNC) lathe that is specifically designed for use in the oil and gas industry. This type of lathe typically features a large spindle bore of 190mm, which allows it to accommodate larger and heavier workpieces, such as oil drilling equipment. The CNC aspect of the machine allows for precise and automated machining, and it may be equipped with various tooling options and advanced features such as live tooling, sub-spindles, and Y-axis capabilities for increased versatility.

Main Features:

• Big spindle bore and double chuck to ensure process big diameter pipe.
• One-piece bed adopts high strength iron to ensure rigidity and precision.
  
• Ultrasonic frequency quenched guide-ways ensure good wear-resistance.
  
• Carriage and guide way contact surface use Turcite B to maintain accuracy.

Specifications

• Max Swing over Bed - Ø800mm
• Max Swing over Cross Slide - Ø540mm
• Range of Machining Pipe Thread - Ø50-193mm
• Max Working Length - 1000mm
• Bed Width - 550mm
• Spindle Bore - 200mm
• Spindle Motor - 11kw
• Spindle Speed - 24-300rpm (12 Steps)
• Range of Feed and Screw Pitch - 0.001-40mm
• Max Traverse - X-520mm Z-750mm
• Rapid Traverse - 4000mm/min
• Servo Motor - X-1.5kw Z-2.3kw
• Positioning Accuracy - 0.020mm
• Repositioning Accuracy - 0.010mm
• Tail-stock Quill Taper - M5
• Tail-stock Quill Diameter - Ø100mm
• Traverse of Tail-stock Quill - 205mm
• Size - 3157x1360x1555mm
• Weight - 4050kg

Delivery

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

Delivery 10-14 Weeks from Deposit

How to use an Oil Country CNC Lathe with 190mm Spindle Bore

Using an Oil Country CNC Lathe with a 190mm spindle bore typically involves the following steps:

1. Setting up the machine: This includes installing the workpiece, securing it in place, and adjusting the tooling and other settings as needed. The operator should also ensure that all necessary safety precautions are in place.

2. Programming the machine: The operator will need to input the necessary code or use a pre-existing program to control the movement of the cutting tools and the rotation of the spindle.

3. Starting the machine: Once the machine is set up and programmed, the operator can start the machine and begin the machining process.

4. Monitoring the machine: The operator should closely monitor the machine during operation, making adjustments as needed and stopping the machine if any issues arise.

5. Finishing the job: Once the machining is complete, the operator should shut off the machine and remove the workpiece. The operator should also clean the machine and ensure that all tools and equipment are properly stored.

It's important to note that the steps and procedures may vary depending on the specific machine and its control system, as well as the type and complexity of the job. It's also important that the operator have proper training and knowledge of the machine and the machining process.