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STANDARD TC-1100x3000 Achieve Unmatched Precision with Heavy Duty Lathes - STANDARD Direct
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Side view of the STANDARD TC-1100x3000 Heavy Duty Horizontal Lathe, a large industrial machine used for shaping and machining metal. The lathe is a long, rectangular machine with various controls and a spindle for turning metal workpieces. It stands on a sturdy base and is built for heavy-duty industrial applications.
STANDARD TC-1100x3000 Horizontal Lathe Machine, side view, with 3 Ton Load Capacity
Gears and control panel of the STANDARD TC-1100x3000 Heavy Duty Horizontal Lathe, an industrial machine. The control panel features buttons and levers for operating the lathe, while visible gears and mechanical components facilitate metalworking tasks.

STANDARD TC-1100x3000 Heavy Duty Horizontal Lathe

$43,976.45 - $44,107.35

*Excludes Local Taxes*

*Products are built on order, general delivery is 8~16weeks and include Sea Freight to most ports
Description

Are you in search of a reliable heavy-duty lathe that can handle your machining needs efficiently? Look no further. The STANDARD TC-1100x3000 Heavy Duty Conventional Lathe is here to meet your workshop's demands without unnecessary flair.

Quick Spec:

  • Swing over Bed - 1100mm (43")
  • Distance between centers - 3000mm (118")
  • Turning capacity - 3000kg 

STANDARD TC-1100x3000 Heavy duty horizontal lathes for industrial metal turning applications with Ø1100mm (43") swing over bed, 3000mm (118") between centers and turning weight of 3000kg (Between centers).

 Engineered for Efficiency:

  • Steadfast Power - With its sturdy build and high-performance motor, this lathe delivers the power and torque needed to handle various machining tasks.
  • Precision at Its Core - Designed to maintain accuracy throughout your projects, the TC-1100x3000 ensures dependable machining results.
  • Large working area - Featuring a 1100mm swing over the bed and a generous 3000mm between centers, it accommodates sizable workpieces with ease.
  • Versatility - Whether it's turning, facing, or threading, this lathe adapts to different applications without fuss.

Built to Last:

  • Longevity Assurance - Crafted from quality materials and engineered for durability, this lathe minimizes downtime and maintenance.
  • Stable and Resilient - The TC-1100x3000 boasts a robust bed and carriage, providing stability during operation, even under heavy loads.
  • Smooth Operations -Precision-ground spindle and gears ensure smooth, vibration-free machining.

User-Friendly Features:

  • Easy to Operate - Designed with user-friendly controls, the lathe is approachable for operators of all skill levels.
  • Safety in Mind - Safety features are integrated for the well-being of both the operator and the machine.
  • Minimal Maintenance - Routine upkeep is straightforward, ensuring the lathe's longevity.

Elevate Your Workshop:

Investing in the STANDARD TC-1100x3000 Heavy Duty Conventional Lathe is an upgrade for your workshop that prioritizes performance, precision, and dependability over flashy marketing. It's a practical choice for professionals.

Specifications
  • Swing Over Bed - 1100mm =43.3in
  • Swing over carriage/cross slide - Φ800mm = 31.5in
  • Max swing over gap - Φ1300mm = 51.2 in
  • Center height - 600mm = 23.6 in
  • Max. Length of workpiece - 2000mm - 79in
  • Spindle bore and nose head - Φ105mm；D11 = 4.13 in
  • Taper spindle hole front - φ140mm , MT6 = 5.51 in
  • Max. Load capacity - 3000kg = 6613 lbs
  • Spindle speed and range - 5.4-720r/min; 18kinds 
  • Longitudinal feed quantities steps and range - 64kinds; 0.06-24.3mm/r = 0.0024-0.957 inches per revolution
  • Range1：1 - 0.1-1.52mm/r = 0.004-0.06 inches per minute
  • Range16：1 - 1.6-24.3mm/r = 0.063-0.957 inches per revolution
  • Trace feed range through using gear change - 0.06-0.912mm/r = 0.0024-0.036 inches per revolution
  • The ratio of transverse feeding and longitudinal feed - 1:02
  • Rapid move speed of saddle - 4000mm/min = 157.5 inches per minute
  • Machine screw pitch - 12mm = 0.4724 inches
  • Metric thread species, scope - 50kinds, 1-240mm = 0.0394-9.4488 inches
  • Inch thread species, scope - 26kinds; 14-1 t.p.i
  • Module thread species, range - 53kinds; 0.5-120mm = 0.0197-4.7244 inches
  • Diametral pitch screw species, scope - 24kinds; 28-1 DP
  • Cross travel of lower knife rest - 500mm = 19.7 inches
  • Cross travel of upper knife rest - 200mm = 7.9 inches
  • Sleeve travel - 250mm = 9.8 inches
  • Tailstock sleeve taper - MT6
  • Main motor power - 11kW = 14.7hP
  • Rapid move motor power - 1.1kW = 1.5hP
  • Coolant pump power - 90w = 0.12hP
  • Guide rail width - 600mm = 23.6 inches
Delivery

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

Delivery 9 -14 Weeks from Deposit


How to use a Heavy Duty Horizontal Lathe

A Heavy Duty Horizontal Lathe, often referred to as an engine lathe, is a versatile machine tool used for turning and shaping cylindrical workpieces. It is a fundamental tool in metalworking and is commonly used for tasks like facing, turning, threading, and tapering. Here's a step-by-step guide on how to use a Heavy Duty Horizontal Lathe:

  • Safety Precautions: 
    Before operating the lathe, ensure you are wearing appropriate personal protective equipment (PPE), including safety glasses, hearing protection, and any other necessary equipment. Make sure the lathe is in good working condition, with all safety guards in place and functioning properly. Familiarize yourself with the emergency stop and safety features of the lathe.
  • Workpiece Preparation: 
    Choose a suitable workpiece to be turned on the lathe. The workpiece should be securely mounted in a lathe chuck or on a faceplate. Ensure the workpiece is clean and free from any defects or contaminants.
  • Tool Selection: 
    Select the appropriate cutting tool for your job. The tool should be sharp and properly ground for the material you are working with. Ensure that the tool is securely clamped in the tool holder.
  • Machine Setup: 
    Set the lathe to the desired speed and feed rate for your material. Refer to the lathe's user manual for guidance on speed and feed settings. Adjust the tool's position and height relative to the workpiece. Use the lathe's controls to do this accurately.
  • Machine Operation: 
    Start the lathe and allow it to reach the desired speed. Approach the workpiece with the cutting tool using the compound and cross-feed controls. Take light cuts initially and gradually increase the depth of cut as needed. Use the longitudinal feed to move the tool along the length of the workpiece to create the desired shape.
  • Continuous Monitoring: 
    Continuously monitor the machining process. Pay attention to the tool's performance and the quality of the surface finish on the workpiece. If you encounter any unusual sounds, vibrations, or other issues, stop the machine immediately and investigate the problem.
  • Finishing the Workpiece: 
    As you approach the final dimensions of the workpiece, take light finishing passes to achieve the desired accuracy and surface finish. Use a micrometer or caliper to measure and verify the dimensions of the workpiece.
  • Shutdown: 
    When you've completed your machining, turn off the lathe and wait for it to come to a complete stop. Remove the workpiece from the chuck or faceplate using appropriate tools. Clean the lathe, including removing any chips or debris from the work area.
  • Maintenance: 
    Regularly maintain the lathe by cleaning, lubricating, and inspecting it for any signs of wear or damage. Address any issues promptly to ensure safe and efficient operation.
Remember that this is a general guide, and the specific operation of a Heavy Duty Horizontal Lathe may vary depending on the make and model of the machine. Always refer to the manufacturer's manual and receive proper training before operating the lathe. Safety is of utmost importance when using any machinery, and following safety guidelines is essential to prevent accidents.

Description

Are you in search of a reliable heavy-duty lathe that can handle your machining needs efficiently? Look no further. The STANDARD TC-1100x3000 Heavy Duty Conventional Lathe is here to meet your workshop's demands without unnecessary flair.

Quick Spec:

  • Swing over Bed - 1100mm (43")
  • Distance between centers - 3000mm (118")
  • Turning capacity - 3000kg 

STANDARD TC-1100x3000 Heavy duty horizontal lathes for industrial metal turning applications with Ø1100mm (43") swing over bed, 3000mm (118") between centers and turning weight of 3000kg (Between centers).

 Engineered for Efficiency:

  • Steadfast Power - With its sturdy build and high-performance motor, this lathe delivers the power and torque needed to handle various machining tasks.
  • Precision at Its Core - Designed to maintain accuracy throughout your projects, the TC-1100x3000 ensures dependable machining results.
  • Large working area - Featuring a 1100mm swing over the bed and a generous 3000mm between centers, it accommodates sizable workpieces with ease.
  • Versatility - Whether it's turning, facing, or threading, this lathe adapts to different applications without fuss.

Built to Last:

  • Longevity Assurance - Crafted from quality materials and engineered for durability, this lathe minimizes downtime and maintenance.
  • Stable and Resilient - The TC-1100x3000 boasts a robust bed and carriage, providing stability during operation, even under heavy loads.
  • Smooth Operations -Precision-ground spindle and gears ensure smooth, vibration-free machining.

User-Friendly Features:

  • Easy to Operate - Designed with user-friendly controls, the lathe is approachable for operators of all skill levels.
  • Safety in Mind - Safety features are integrated for the well-being of both the operator and the machine.
  • Minimal Maintenance - Routine upkeep is straightforward, ensuring the lathe's longevity.

Elevate Your Workshop:

Investing in the STANDARD TC-1100x3000 Heavy Duty Conventional Lathe is an upgrade for your workshop that prioritizes performance, precision, and dependability over flashy marketing. It's a practical choice for professionals.

Specifications
  • Swing Over Bed - 1100mm =43.3in
  • Swing over carriage/cross slide - Φ800mm = 31.5in
  • Max swing over gap - Φ1300mm = 51.2 in
  • Center height - 600mm = 23.6 in
  • Max. Length of workpiece - 2000mm - 79in
  • Spindle bore and nose head - Φ105mm；D11 = 4.13 in
  • Taper spindle hole front - φ140mm , MT6 = 5.51 in
  • Max. Load capacity - 3000kg = 6613 lbs
  • Spindle speed and range - 5.4-720r/min; 18kinds 
  • Longitudinal feed quantities steps and range - 64kinds; 0.06-24.3mm/r = 0.0024-0.957 inches per revolution
  • Range1：1 - 0.1-1.52mm/r = 0.004-0.06 inches per minute
  • Range16：1 - 1.6-24.3mm/r = 0.063-0.957 inches per revolution
  • Trace feed range through using gear change - 0.06-0.912mm/r = 0.0024-0.036 inches per revolution
  • The ratio of transverse feeding and longitudinal feed - 1:02
  • Rapid move speed of saddle - 4000mm/min = 157.5 inches per minute
  • Machine screw pitch - 12mm = 0.4724 inches
  • Metric thread species, scope - 50kinds, 1-240mm = 0.0394-9.4488 inches
  • Inch thread species, scope - 26kinds; 14-1 t.p.i
  • Module thread species, range - 53kinds; 0.5-120mm = 0.0197-4.7244 inches
  • Diametral pitch screw species, scope - 24kinds; 28-1 DP
  • Cross travel of lower knife rest - 500mm = 19.7 inches
  • Cross travel of upper knife rest - 200mm = 7.9 inches
  • Sleeve travel - 250mm = 9.8 inches
  • Tailstock sleeve taper - MT6
  • Main motor power - 11kW = 14.7hP
  • Rapid move motor power - 1.1kW = 1.5hP
  • Coolant pump power - 90w = 0.12hP
  • Guide rail width - 600mm = 23.6 inches
Delivery

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

Delivery 9 -14 Weeks from Deposit

How to use a Heavy Duty Horizontal Lathe

A Heavy Duty Horizontal Lathe, often referred to as an engine lathe, is a versatile machine tool used for turning and shaping cylindrical workpieces. It is a fundamental tool in metalworking and is commonly used for tasks like facing, turning, threading, and tapering. Here's a step-by-step guide on how to use a Heavy Duty Horizontal Lathe:

  • Safety Precautions:  Before operating the lathe, ensure you are wearing appropriate personal protective equipment (PPE), including safety glasses, hearing protection, and any other necessary equipment. Make sure the lathe is in good working condition, with all safety guards in place and functioning properly. Familiarize yourself with the emergency stop and safety features of the lathe.
  • Workpiece Preparation:  Choose a suitable workpiece to be turned on the lathe. The workpiece should be securely mounted in a lathe chuck or on a faceplate. Ensure the workpiece is clean and free from any defects or contaminants.
  • Tool Selection:  Select the appropriate cutting tool for your job. The tool should be sharp and properly ground for the material you are working with. Ensure that the tool is securely clamped in the tool holder.
  • Machine Setup:  Set the lathe to the desired speed and feed rate for your material. Refer to the lathe's user manual for guidance on speed and feed settings. Adjust the tool's position and height relative to the workpiece. Use the lathe's controls to do this accurately.
  • Machine Operation:  Start the lathe and allow it to reach the desired speed. Approach the workpiece with the cutting tool using the compound and cross-feed controls. Take light cuts initially and gradually increase the depth of cut as needed. Use the longitudinal feed to move the tool along the length of the workpiece to create the desired shape.
  • Continuous Monitoring:  Continuously monitor the machining process. Pay attention to the tool's performance and the quality of the surface finish on the workpiece. If you encounter any unusual sounds, vibrations, or other issues, stop the machine immediately and investigate the problem.
  • Finishing the Workpiece:  As you approach the final dimensions of the workpiece, take light finishing passes to achieve the desired accuracy and surface finish. Use a micrometer or caliper to measure and verify the dimensions of the workpiece.
  • Shutdown:  When you've completed your machining, turn off the lathe and wait for it to come to a complete stop. Remove the workpiece from the chuck or faceplate using appropriate tools. Clean the lathe, including removing any chips or debris from the work area.
  • Maintenance:  Regularly maintain the lathe by cleaning, lubricating, and inspecting it for any signs of wear or damage. Address any issues promptly to ensure safe and efficient operation.
Remember that this is a general guide, and the specific operation of a Heavy Duty Horizontal Lathe may vary depending on the make and model of the machine. Always refer to the manufacturer's manual and receive proper training before operating the lathe. Safety is of utmost importance when using any machinery, and following safety guidelines is essential to prevent accidents.

*Information shown may differ or change without warning*

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