STANDARD TE-1600 Series Horizontal Lathe - Ø1600mm Swing and 5,000~20, - STANDARD Direct

Miraco 3d Scanner now under $2000...

Miraco 3d Scanner now under $2000...

STANDARD TE-1600 Series Horizontal Lathe - Ø1600mm Swing and 5,000~20,000mm B/C

*Excludes Local Taxes*

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

1Description

This Heavy duty horizontal lathes Series for industrial metal turning applications with with a turning weight of 16000kg Between Centers and a max Swing over bed of Ø1600mm (49")

  • TE-1600x5000 - Ø1600x5000mm B/C (49" x 196" Inch)
  • TE-1600x6000 - Ø1600x6000mm B/C (49" x 236" Inch)
  • TE-1600x8000 - Ø1600x8000mm B/C (49" x 314" Inch)
  • TE-1600x10000 - Ø1600x10000mm B/C (49" x 393" Inch)
  • TE-1600x12000 - Ø1600x12000mm B/C (49" x 472" Inch)
  • TE-1600x14000 - Ø1600x14000mm B/C (49" x 551" Inch)
  • TE-1600x16000 - Ø1600x16000mm B/C (49" x 629" Inch)
  • TE-1600x20000 - Ø1600x20000mm B/C (49" x 787" Inch)

Metal working lathes that have lead the way for quality and precision in South African workshops for the last 16 years.

This flat bed CNC Lathe creates a structure of extremely high accuracy, rigidity and fast indexing speed. Double-row cylindrical roller bearing spindle is utilized for high accuracy and rigidity. The manual chuck comes standard with this machine, however hydraulic chuck is optional.

Specifications
Description Metric Imperial
Swing Over Bed 
Φ1600mm 62.9921 in
Swing Over Carriage  Φ1200mm 47.2441 in
Length of work piece 1500mm - 20000mm 59.055 in to 787.402 in
Weight of work piece 16 ton 35000lbs
Guide rail width 1250mm 49.2125 in
Spindle bore Φ130mm 5.1181 in
Taper in spindle nose
Φ140mm 5.5118 in
Number of speeds

21 kinds

12 kinds

21 kinds

12 kinds

Spindle speed

Forward - 2-200r/min

Reverse - 2.24-178r/min

Forward - 2-200r/min

Reverse - 2.24-178r/min

Longitudinal

0.1-12mm 0.00394 to 0.47244 in

Cross

0.05 -6mm 0.00197 to 0.23622 in

Top Slide

0.025-3mm 0.00098 to 0.11811 in
Thread pitch scope of the metric system 44 Kinds 1-120 44 Kinds 1-120
Englishmen scope Thread 31 Kinds 24-1/4t.p.i 31 Kinds 24-1/4t.p.i
Range of module threads 45 Kinds 0.5-60mm 45 Kinds 0.5-60mm
Range of diametral pitch threads  38 Kinds 1/2-56DP 38 Kinds 1/2-56DP
Carriage Two Sets Two Sets
Max cross travel of lower slide 960mm 37.795 in
Max travel of mid slide 300mm 11.811 in
Travel of tailstock quill
200mm 7.874 in
Rapid traverse speed of tool post

3740mm/min

1870mm/min

935mm/min

147.244 in/min

73.622 in/min

36.811 in/min

Diameter of tailstock quill 180mm 7.0866 in
Max travel of quill 300mm 11.811 in
Taper in bore of tailstock quill  Metric 80# Metric 80#

 

    Delivery

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

    Delivery 9 -14 Weeks from Deposit


    How to use a Heavy duty horizontal lathes

    Using a heavy-duty horizontal lathe involves several steps that must be taken carefully to ensure safety and accuracy.

    Here's a general guide on how to use a heavy-duty horizontal lathe:

    1. Prepare the workpiece: Make sure that the workpiece is properly cleaned, deburred, and secured onto the lathe using the appropriate holding devices such as chucks, collets or faceplates. Ensure that the workpiece is properly centered and leveled.

    2. Set the cutting tools: Select the appropriate cutting tool for the task at hand. The cutting tool should be securely fastened in the tool post, and its position and orientation adjusted to ensure accurate cutting.

    3. Set the lathe speed: Adjust the spindle speed based on the material being machined, the size of the workpiece, and the desired finish. The recommended spindle speed can usually be found in the lathe's manual.

    4. Start the lathe: Turn on the lathe and adjust the speed to the desired level. Ensure that the lathe is running smoothly and that there are no vibrations or unusual noises.

    5. Make the cuts: With the lathe running, carefully guide the cutting tool along the workpiece, making the necessary cuts. Use the handwheels to adjust the depth of cut, the feed rate, and the cutting direction.

    6. Inspect the workpiece: After each cut, inspect the workpiece for accuracy and quality. Make any necessary adjustments to the cutting tool or the lathe speed as required.

    7. Turn off the lathe: When finished, turn off the lathe and allow it to come to a complete stop before removing the workpiece.

    8. Clean up: Clean the lathe, cutting tools, and work area, and properly store the lathe and accessories.

    It is essential to follow all safety precautions when using a heavy-duty horizontal lathe. Wear appropriate protective equipment, such as eye protection and gloves, and be aware of the lathe's emergency stop and other safety features. Additionally, make sure to read and follow the manufacturer's instructions and recommended procedures for your specific model of lathe.

    1Description

    This Heavy duty horizontal lathes Series for industrial metal turning applications with with a turning weight of 16000kg Between Centers and a max Swing over bed of Ø1600mm (49")

    • TE-1600x5000 - Ø1600x5000mm B/C (49" x 196" Inch)
    • TE-1600x6000 - Ø1600x6000mm B/C (49" x 236" Inch)
    • TE-1600x8000 - Ø1600x8000mm B/C (49" x 314" Inch)
    • TE-1600x10000 - Ø1600x10000mm B/C (49" x 393" Inch)
    • TE-1600x12000 - Ø1600x12000mm B/C (49" x 472" Inch)
    • TE-1600x14000 - Ø1600x14000mm B/C (49" x 551" Inch)
    • TE-1600x16000 - Ø1600x16000mm B/C (49" x 629" Inch)
    • TE-1600x20000 - Ø1600x20000mm B/C (49" x 787" Inch)

    Metal working lathes that have lead the way for quality and precision in South African workshops for the last 16 years.

    This flat bed CNC Lathe creates a structure of extremely high accuracy, rigidity and fast indexing speed. Double-row cylindrical roller bearing spindle is utilized for high accuracy and rigidity. The manual chuck comes standard with this machine, however hydraulic chuck is optional.

    Specifications
    Description Metric Imperial
    Swing Over Bed 
    Φ1600mm 62.9921 in
    Swing Over Carriage  Φ1200mm 47.2441 in
    Length of work piece 1500mm - 20000mm 59.055 in to 787.402 in
    Weight of work piece 16 ton 35000lbs
    Guide rail width 1250mm 49.2125 in
    Spindle bore Φ130mm 5.1181 in
    Taper in spindle nose
    Φ140mm 5.5118 in
    Number of speeds

    21 kinds

    12 kinds

    21 kinds

    12 kinds

    Spindle speed

    Forward - 2-200r/min

    Reverse - 2.24-178r/min

    Forward - 2-200r/min

    Reverse - 2.24-178r/min

    Longitudinal

    0.1-12mm 0.00394 to 0.47244 in

    Cross

    0.05 -6mm 0.00197 to 0.23622 in

    Top Slide

    0.025-3mm 0.00098 to 0.11811 in
    Thread pitch scope of the metric system 44 Kinds 1-120 44 Kinds 1-120
    Englishmen scope Thread 31 Kinds 24-1/4t.p.i 31 Kinds 24-1/4t.p.i
    Range of module threads 45 Kinds 0.5-60mm 45 Kinds 0.5-60mm
    Range of diametral pitch threads  38 Kinds 1/2-56DP 38 Kinds 1/2-56DP
    Carriage Two Sets Two Sets
    Max cross travel of lower slide 960mm 37.795 in
    Max travel of mid slide 300mm 11.811 in
    Travel of tailstock quill
    200mm 7.874 in
    Rapid traverse speed of tool post

    3740mm/min

    1870mm/min

    935mm/min

    147.244 in/min

    73.622 in/min

    36.811 in/min

    Diameter of tailstock quill 180mm 7.0866 in
    Max travel of quill 300mm 11.811 in
    Taper in bore of tailstock quill  Metric 80# Metric 80#

     

      Delivery

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

      Delivery 9 -14 Weeks from Deposit

      How to use a Heavy duty horizontal lathes

      Using a heavy-duty horizontal lathe involves several steps that must be taken carefully to ensure safety and accuracy.

      Here's a general guide on how to use a heavy-duty horizontal lathe:

      1. Prepare the workpiece: Make sure that the workpiece is properly cleaned, deburred, and secured onto the lathe using the appropriate holding devices such as chucks, collets or faceplates. Ensure that the workpiece is properly centered and leveled.

      2. Set the cutting tools: Select the appropriate cutting tool for the task at hand. The cutting tool should be securely fastened in the tool post, and its position and orientation adjusted to ensure accurate cutting.

      3. Set the lathe speed: Adjust the spindle speed based on the material being machined, the size of the workpiece, and the desired finish. The recommended spindle speed can usually be found in the lathe's manual.

      4. Start the lathe: Turn on the lathe and adjust the speed to the desired level. Ensure that the lathe is running smoothly and that there are no vibrations or unusual noises.

      5. Make the cuts: With the lathe running, carefully guide the cutting tool along the workpiece, making the necessary cuts. Use the handwheels to adjust the depth of cut, the feed rate, and the cutting direction.

      6. Inspect the workpiece: After each cut, inspect the workpiece for accuracy and quality. Make any necessary adjustments to the cutting tool or the lathe speed as required.

      7. Turn off the lathe: When finished, turn off the lathe and allow it to come to a complete stop before removing the workpiece.

      8. Clean up: Clean the lathe, cutting tools, and work area, and properly store the lathe and accessories.

      It is essential to follow all safety precautions when using a heavy-duty horizontal lathe. Wear appropriate protective equipment, such as eye protection and gloves, and be aware of the lathe's emergency stop and other safety features. Additionally, make sure to read and follow the manufacturer's instructions and recommended procedures for your specific model of lathe.

      *Information shown may differ or change without warning*

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