STANDARD ETD-1600x3000 Heavy Duty CNC Lathes - 6ton Capacity with FANUC CONTROL

Description

Introducing our STANDARD ETD-1600x3000 Heavy Duty CNC Lathe - 6ton Capacity with FANUC CONTROL, a pinnacle of precision engineering in the realm of lathes machines.

Crafted with meticulous attention to detail, this heavy-duty CNC lathe stands as a testament to superior craftsmanship and cutting-edge technology.

With a robust 6-ton capacity, this lathe machine is engineered to tackle the most demanding machining tasks with ease and efficiency. Its spacious 1600x3000mm working area provides ample room for maneuvering large workpieces, ensuring versatility in production.

Equipped with FANUC CONTROL, renowned for its reliability and precision, this CNC lathe empowers operators with unparalleled control and accuracy. Whether you're shaping intricate components or handling heavy-duty machining operations, the FANUC CONTROL ensures consistent performance and optimal results.

Designed for durability and longevity, this heavy-duty lathe is built to withstand the rigors of industrial use, ensuring years of dependable service. Its sturdy construction and advanced features make it an indispensable asset in any machining environment.

Experience the epitome of performance and efficiency with our STANDARD ETD-1600x3000 Heavy Duty CNC Lathe. Elevate your machining capabilities and unlock new possibilities with this exceptional piece of engineering prowess.

Specifications - Metric Measurements

• Swing over bed - Ø1600mm
• Swing over saddle - Ø1190mm
• Width of bed - 970mm
• Max. workpiece length - 3m
• Max. turning length - 2.8m
• Spindle nose - A₂-15
• Spindle bore - Ø130mm
• Spindle nose tape - Metric Ø140 1:20
• Headstock layout - 2 speed gearbox (Auto-Change)
• Spindle speed - 2.5 - 270rpm
• Z-axis rapid feed - 6000mm/min
• X-axis rapid feed - 5000mm/min
• Max. travel of axis Z - 2.8m
• Max. travel of axis X - 900mm
• Tool changer - 4-station (Electric)
• Cutting tool profile - 50x50mm
• Tailstock quill - Ø160mm
• Tailstock taper - Metric Ø80
• Max. travel of tailstock sleeve - 300mm
• Min. input - 0.001mm
• Main motor - 26kW
• Cooling pimp - 37w
• Chuck diameter - Φ1400mm (4-Jaw)
• Dimensions - 6200×2280×2300mm
• Weight - 13,500kg

Specifications - Imperial Measurements

• Swing over bed - 62.99 inches
• Swing over saddle - 46.85 inches
• Width of bed - 38.19 inches
• Max. workpiece length - 9.84 feet
• Max. turning length - 9.19 feet
• Spindle nose - A₂-15
• Spindle bore - 5.12 inches
• Spindle nose tape - Metric Ø140 1:20
• Headstock layout - 2 speed gearbox (Auto-Change)
• Spindle speed - 2.5 - 270rpm
• Z-axis rapid feed - 19.69 feet/min
• X-axis rapid feed - 16.40 feet/min
• Max. travel of axis Z - 9.19 feet
• Max. travel of axis X - 35.43 inches
• Tool changer - 4-station (Electric)
• Cutting tool profile - 1.97x1.97 inches
• Tailstock quill - 6.30 inches
• Tailstock taper - Metric Ø80
• Max. travel of tailstock sleeve - 11.81 inches
• Min. input - 0.000039 inches
• Main motor - 34.83 horsepower
• Cooling pimp - 0.05 horsepower
• Chuck diameter - 55.12 inches(4-Jaw) 
• Dimensions - 244.09x89.76x90.55 inches
• Weight - 29,762 pounds

Delivery

CNC Lathes are highly customizable and are only built on order.

Delivery is 9-14 Weeks from Deposit

How to use a Heavy Duty Lathe

Using a Heavy Duty CNC Lathe involves several steps to ensure safe and efficient operation. Here's a general guide:

1. Preparation:

   • Ensure the lathe is properly set up and aligned.
   • Check that all tools and materials needed for the job are available.
   • Verify that the lathe is clean and free from any debris.

2. Loading the Workpiece:

   • Securely mount the workpiece in the lathe chuck or collet.
   • Use appropriate holding fixtures to ensure the workpiece is stable during machining.

3. Setting Up Tools:

   • Select and install the appropriate cutting tools for the job.
   • Ensure the tools are properly secured and aligned.

4. Programming:

   • Use the CNC control panel to input the program for the desired machining operations.
   • Verify the program and make any necessary adjustments.

5. Testing:

   • Before starting the full operation, perform a test run to ensure the program is correct and the machine is operating properly.

6. Operating the Machine:

   • Start the CNC lathe and begin the machining process.
   • Monitor the operation to ensure the machine is running smoothly.
   • Make any necessary adjustments to the speed, feed rate, or tool position as needed.

7. Finishing:

   • Once the machining is complete, stop the machine and remove the finished workpiece.
   • Inspect the workpiece for quality and accuracy.

8. Maintenance:

   • After use, clean the machine and tools to prevent buildup of debris.
   • Regularly inspect and maintain the machine to ensure optimal performance.

9. Safety:

   • Always wear appropriate safety gear, such as goggles and gloves, when operating the lathe.
   • Follow all safety guidelines provided by the manufacturer.

It's important to refer to the specific user manual and guidelines provided by the manufacturer of the Heavy Duty CNC Lathe for detailed instructions and safety precautions.