STANDARD ETO-1000x3000-270 Oil Country Lathe with 270mm Spindle Bore

Description

Introducing the STANDARD ETO-1000x3000-270 Oil Country CNC Lathe, a powerhouse designed for precision and productivity in oil country applications. With a substantial 270mm spindle bore, this machine is built to handle large workpieces with ease, making it ideal for industries requiring heavy-duty machining.

Equipped with advanced CNC technology, the ETO-1000x3000-270 ensures high accuracy and efficiency in machining operations. Its robust construction and reliable performance are backed by STANDARD's 40 years of industry expertise, guaranteeing a machine that delivers exceptional results every time.

For those seeking a CNC oil country lathe at a competitive price point, the STANDARD ETO-1000x3000-270 offers an unbeatable combination of quality, performance, and value. Contact us today to learn more about this impressive machine and how it can enhance your machining capabilities.

Main Features:

Specifications - Metric Measurements

• Capacity
• Max. Swing over Bed - Ø1000mm
• Max. Swing over Cross Slide - Ø610mm
• Distance Between Centers - 3000mm
• Pipe Threading Range - Ø130-270
• Bed Width - 755mm
• Max. Load Capacity - 6T

• Spindle
• Spindle Bore - Ø280mm
• Spindle Speed Range - 4 steps/ 10-320rpm
  
• Chuck Size - Ø800mm
• Chuck Type - manual 4-jaw manual

• Turret
• Turret Type - NC turret 4-station
• Tool Shank Size - 40x40mm

• Carriage
• X-Axis Travel - 520mm
• Z-Axis Travel - 2750mm
• X-Axis Rapid Traverse Speed - 4000mm/min
• Z-Axis Rapid Traverse Speed - 4000mm/min

• Tailstock
• Tailstock Quill Diameter - Ø160mm
• Tailstock Quill Taper - MT6
• Tailstock Quill Travel - 300mm

• Motors
• Main Spindle Motor - 22kW
• Coolant Pump Motor - 0.125kW

• Accuracy
• Positioning Accuracy - 0.020mm
• Repositioning Accuracy - 0.010mm

• Size - 2050x2050x6450mm
• Weight - 10890kg

Specifications - Imperial Measurements

• Capacity
• Max. Swing over Bed - Ø39.37 inches
• Max. Swing over Cross Slide - Ø24.01 inches
• Distance Between Centers - 118.11 inches
• Pipe Threading Range - Ø5.11-10.62 inches
• Bed Width - 29.72 inches
• Max. Load Capacity - 13,228.72 lbs

• Spindle
• Spindle Bore - Ø11.02 inches
• Spindle Speed Range - 4 steps/ 10-320 rpm
  
• Chuck Size - Ø31.49 inches
• Chuck Type - manual 4-jaw chuck

• Turret
• Turret Type - NC turret 4-station
• Tool Shank Size - 1.57x1.57 inches

• Carriage
• X-Axis Travel - 20.47 inches
• Z-Axis Travel - 108.27 inches
• X-Axis Rapid Traverse Speed - 157.48 inches/min
• Z-Axis Rapid Traverse Speed - 157.48 inches/min

• Tailstock
• Tailstock Quill Diameter - Ø6.29 inches
• Tailstock Quill Taper - MT6
• Tailstock Quill Travel - 11.81 inches

• Motors
• Main Spindle Motor - 29.50 hp
• Coolant Pump Motor - 0.17 hp

• Accuracy
• Positioning Accuracy - 0.00078 inches
• Repositioning Accuracy - 0.00039 inches

• Size - 80.71x80.71x253.94 inches
• Weight - 23,999.26 pounds

Delivery

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

How to use an Oil Country CNC Lathe with 270mm Spindle Bore

1. Set up the machine: This includes installing the workpiece onto the chuck or faceplate, setting the cutting tools in the tool holder, and configuring the machine's settings such as spindle speed and feed rate.

2. Load the program: The CNC aspect of the lathe allows for the use of pre-programmed cutting instructions. These instructions are loaded into the machine's control system from a computer or other input device.

3. Run the program: Once the program is loaded, the machine will begin to execute the cutting instructions. The operator can monitor the progress of the machining process and make adjustments as necessary.

4. Inspect and finish the workpiece: Once the program is completed, the operator should inspect the workpiece for any defects or issues. Any necessary finishing operations, such as sanding or polishing, can be performed at this stage.

5. Clean up: Once the machining process is complete, the operator should clean up the machine and work area, including removing chips and debris.

Note that these steps are general and may vary depending on the specific machine and the type of workpiece being machined. It's important to always refer to the machine's manual and any relevant safety guidelines before operating the machine.