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Standard ETC-630 | Heavy Duty | Series Flatbed CNC Lathe - STANDARD Machine Tools

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STANDARD ETC-630 Series Flatbed CNC Lathe (Ø630mm swing, 2m~6m B/C)

STANDARD ETC-630 Series Flatbed CNC Lathe (Ø630mm swing, 2m~6m B/C)

$83,310 - $132,761

*Excludes Local Taxes*

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

These Heavy duty horizontal lathes for industrial metal turning applications with with a turning weight of 3000kg Between Center's and a max Swing over bed of Ø630mm (24"):

  • ETC-630x2000 - Ø630x2000mm B/C (24" x 78" Inch)
  • ETC-630x3000 - Ø630x3000mm B/C (24" x 118" Inch)
  • ETC-630x4000 - Ø630x4000mm B/C (24" x 157" Inch)
  • ETC-630x5000 - Ø630x5000mm B/C (24" x 196" Inch)
  • ETC-630x6000 - Ø630x6000mm B/C (24" x 236" Inch)

A heavy-duty horizontal lathe, designed with a maximum swing over bed of Ø630 mm (24 inches), is an essential machine tool in industrial settings for machining large and heavy workpieces. Known for its robust construction, this lathe is equipped with a heavily ribbed bed and large spindle bearings, ensuring stability and rigidity during demanding operations such as cutting, drilling, boring, and facing. The lathe bed, typically made of high-quality cast iron or steel, serves as a solid foundation for both the workpiece and cutting tool, minimizing vibrations and enhancing precision.

The spindle, mounted on substantial bearings, can rotate at speeds ranging from 60 to 600 RPM, powered by a high-torque motor capable of handling the forces required for heavy-duty machining. The cutting tool, positioned on a cross slide, moves along the bed for precise operation, with power feed capabilities for semi-automatic or fully automatic processes.

Additional features of this lathe include a large chuck for securely holding the workpiece, a tailstock for supporting longer pieces, and versatile tooling options like a quick-change tool post or turret. These elements, combined with the lathe's durable design, make it a reliable choice for complex and high-stress machining tasks in manufacturing and engineering environments.

Specifications
Specification Metric (mm/kg/kW) Imperial (in/lb/hp)
Swing over bed Ø630 mm Ø24.8 in
Swing over carriage Ø340 mm Ø13.4 in
Swing over gap Ø800 mm Ø31.5 in
Max. length of workpiece 1500/2000/3000 mm 59.1/78.7/118.1 in
Max. turning length 1350/1850/2850 mm 53.1/72.8/112.2 in
Span of guideway 550 mm 21.7 in
Max. weight of workpiece 1.5/3 ton 3307/6614 lbs
Spindle nose type C11 C11
Spindle center taper MT5 MT5
Spindle bore Ø100 mm Ø3.94 in
Spindle speed range 12.5-1000 r/min 12.5-1000 r/min
Cross section of tool shank 32×32 mm 1.26×1.26 in
Turret type V4 V4
Min. feed of X-axis/Z-axis 0.001/0.001 mm 0.00004/0.00004 in
Rapid traverse speed of X-axis/Z-axis 3000/6000 mm/min 118.1/236.2 in/min
Max. stroke of X-axis 390 mm 15.4 in
Tailstock quill diameter Ø100 mm Ø3.94 in
Tailstock quill taper MT5 MT5
Tailstock quill max. stroke 250 mm 9.84 in
Main motor power 11 kW 14.75 hp
Main motor speed 1460 r/min 1460 r/min
CNC system Fanuc 0i-TF(5) Fanuc 0i-TF(5)
Width×Height 1800×1880 mm 70.9×74 in
Length 3895/4390/5390 mm 153.3/172.8/212.2 in
Net weight 4000/4500/5000 kg 8818/9921/11023 lbs
Delivery

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

Delivery 9 -14 Weeks from Deposit

How to use a Heavy Duty Lathe

Using a heavy-duty horizontal lathe with a max swing over bed of Ø630mm (24") involves the following steps:

Setup: Install the workpiece on the chuck or between centers and secure it tightly. If necessary, mount any special fixtures or tooling to the bed.

  1. Adjust the cutting tool: Mount the cutting tool in the tool post or turret and adjust its height so that it is in the correct position for the operation. Set the cross slide and carriage to the correct position, and ensure that the cutting tool is properly aligned with the workpiece.
  2. Choose the appropriate speed: Select the appropriate speed for the workpiece and operation. This will depend on the type of material being machined, the size and shape of the workpiece, and the type of cutting tool being used.
  3. Start cutting: Turn on the lathe and begin the cutting operation. Adjust the speed and feed rate as necessary to achieve the desired surface finish and cutting speed.
  4. Monitor the process: Continuously monitor the cutting operation, paying close attention to the sound of the cutting tool and the workpiece. Adjust the speed and feed rate as necessary to ensure that the cutting tool is not overheating, and that the workpiece is not experiencing excessive vibration or deflection.
  5. Finish the cut: Once the cut is complete, turn off the lathe and remove the workpiece. Clean the lathe, including the cutting tool and the bed, to remove any chips or debris.
  6. Inspect the workpiece: Inspect the workpiece to ensure that it meets the desired specifications and that there are no defects or blemishes. Repeat the process as necessary to achieve the desired results.

It is important to follow proper safety procedures when using a heavy-duty horizontal lathe, including wearing appropriate personal protective equipment, such as safety glasses and ear protection, and observing all safety warnings and instructions. Additionally, it is advisable to receive proper training and instruction from a qualified instructor before operating a heavy-duty horizontal lathe.

Description

These Heavy duty horizontal lathes for industrial metal turning applications with with a turning weight of 3000kg Between Center's and a max Swing over bed of Ø630mm (24"):

  • ETC-630x2000 - Ø630x2000mm B/C (24" x 78" Inch)
  • ETC-630x3000 - Ø630x3000mm B/C (24" x 118" Inch)
  • ETC-630x4000 - Ø630x4000mm B/C (24" x 157" Inch)
  • ETC-630x5000 - Ø630x5000mm B/C (24" x 196" Inch)
  • ETC-630x6000 - Ø630x6000mm B/C (24" x 236" Inch)

A heavy-duty horizontal lathe, designed with a maximum swing over bed of Ø630 mm (24 inches), is an essential machine tool in industrial settings for machining large and heavy workpieces. Known for its robust construction, this lathe is equipped with a heavily ribbed bed and large spindle bearings, ensuring stability and rigidity during demanding operations such as cutting, drilling, boring, and facing. The lathe bed, typically made of high-quality cast iron or steel, serves as a solid foundation for both the workpiece and cutting tool, minimizing vibrations and enhancing precision.

The spindle, mounted on substantial bearings, can rotate at speeds ranging from 60 to 600 RPM, powered by a high-torque motor capable of handling the forces required for heavy-duty machining. The cutting tool, positioned on a cross slide, moves along the bed for precise operation, with power feed capabilities for semi-automatic or fully automatic processes.

Additional features of this lathe include a large chuck for securely holding the workpiece, a tailstock for supporting longer pieces, and versatile tooling options like a quick-change tool post or turret. These elements, combined with the lathe's durable design, make it a reliable choice for complex and high-stress machining tasks in manufacturing and engineering environments.

Specifications
Specification Metric (mm/kg/kW) Imperial (in/lb/hp)
Swing over bed Ø630 mm Ø24.8 in
Swing over carriage Ø340 mm Ø13.4 in
Swing over gap Ø800 mm Ø31.5 in
Max. length of workpiece 1500/2000/3000 mm 59.1/78.7/118.1 in
Max. turning length 1350/1850/2850 mm 53.1/72.8/112.2 in
Span of guideway 550 mm 21.7 in
Max. weight of workpiece 1.5/3 ton 3307/6614 lbs
Spindle nose type C11 C11
Spindle center taper MT5 MT5
Spindle bore Ø100 mm Ø3.94 in
Spindle speed range 12.5-1000 r/min 12.5-1000 r/min
Cross section of tool shank 32×32 mm 1.26×1.26 in
Turret type V4 V4
Min. feed of X-axis/Z-axis 0.001/0.001 mm 0.00004/0.00004 in
Rapid traverse speed of X-axis/Z-axis 3000/6000 mm/min 118.1/236.2 in/min
Max. stroke of X-axis 390 mm 15.4 in
Tailstock quill diameter Ø100 mm Ø3.94 in
Tailstock quill taper MT5 MT5
Tailstock quill max. stroke 250 mm 9.84 in
Main motor power 11 kW 14.75 hp
Main motor speed 1460 r/min 1460 r/min
CNC system Fanuc 0i-TF(5) Fanuc 0i-TF(5)
Width×Height 1800×1880 mm 70.9×74 in
Length 3895/4390/5390 mm 153.3/172.8/212.2 in
Net weight 4000/4500/5000 kg 8818/9921/11023 lbs
Delivery

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

Delivery 9 -14 Weeks from Deposit

How to use a Heavy Duty Lathe

Using a heavy-duty horizontal lathe with a max swing over bed of Ø630mm (24") involves the following steps:

Setup: Install the workpiece on the chuck or between centers and secure it tightly. If necessary, mount any special fixtures or tooling to the bed.

  1. Adjust the cutting tool: Mount the cutting tool in the tool post or turret and adjust its height so that it is in the correct position for the operation. Set the cross slide and carriage to the correct position, and ensure that the cutting tool is properly aligned with the workpiece.
  2. Choose the appropriate speed: Select the appropriate speed for the workpiece and operation. This will depend on the type of material being machined, the size and shape of the workpiece, and the type of cutting tool being used.
  3. Start cutting: Turn on the lathe and begin the cutting operation. Adjust the speed and feed rate as necessary to achieve the desired surface finish and cutting speed.
  4. Monitor the process: Continuously monitor the cutting operation, paying close attention to the sound of the cutting tool and the workpiece. Adjust the speed and feed rate as necessary to ensure that the cutting tool is not overheating, and that the workpiece is not experiencing excessive vibration or deflection.
  5. Finish the cut: Once the cut is complete, turn off the lathe and remove the workpiece. Clean the lathe, including the cutting tool and the bed, to remove any chips or debris.
  6. Inspect the workpiece: Inspect the workpiece to ensure that it meets the desired specifications and that there are no defects or blemishes. Repeat the process as necessary to achieve the desired results.

It is important to follow proper safety procedures when using a heavy-duty horizontal lathe, including wearing appropriate personal protective equipment, such as safety glasses and ear protection, and observing all safety warnings and instructions. Additionally, it is advisable to receive proper training and instruction from a qualified instructor before operating a heavy-duty horizontal lathe.

*Information shown may differ or change without warning*

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