Standard TB-660x2000 | Metal High Speed Precision Heavy Duty Lathe | Solid Base Precision Lathe - STANDARD Direct

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Miraco 3d Scanner now under $2000...

STANDARD TB-660x2000 Solid Base Precision Lathe

Choose STANDARD when Quality Matters---

Lathes are built on order, delivery is approx 10~14 weeks
Prices include Sea Freight to your nearest port*

*Excludes Local Taxes*

Description

A heavy-duty solid base high-speed precision lathe is a machine tool used for shaping, cutting, and turning metal or other materials. It is designed for high precision and efficiency in the production of complex metal parts. This type of lathe features a solid base construction, which provides stability and minimizes vibrations during the machining process, ensuring high precision and accuracy.

The heavy-duty solid base high-speed precision lathe is equipped with a high-speed spindle, which allows it to cut metal at high speeds. It also has a powerful motor that drives the cutting tool, enabling it to handle heavy loads and tough machining tasks. The machine typically comes with a variety of cutting tools, such as drills, boring bars, and turning tools, to allow for a wide range of machining operations.

This type of lathe also has advanced features, such as digital readouts, automatic feed and rapid traverse, to increase productivity and accuracy. The heavy-duty construction of the machine ensures that it can handle high loads and high speeds, making it ideal for demanding industrial applications.

In conclusion, the heavy-duty solid base high-speed precision lathe is a powerful and precise machine tool that is well-suited for a wide range of metalworking tasks. Its solid base construction, high-speed spindle, and advanced features make it a versatile and valuable tool in any metalworking facility.

All the benefits of a Solid Base Precision Lathe with the added benefit of a Clutch Drive.

Why STANDARD T-Series Precision Bench Lathes?

  • Precision toolroom lathe that offer precision, stability and strong cutting capacity.
  • Ridged Solid base design - Bed and base are the full length of the machine for extra support.
  • 3-Bearing spindle - Superior spindle stability and precision.
  • Dry sump head stock - Lubrication is applied to where it is needed and offered superior lubrication compared to running gear in oil bath.
  • Precision ground gears - Smooth power transfer with reduced backlash.
Specifications
Description Metric Imperial
Swing Over Bed 660mm 26 in
Swing Over Carriage 440mm 17.3 in
Swing in Gap 900mm 35.4 in
Length of Gap 250mm 9.8 in
Distance Between Centers 2000mm 78.7 in
Width of Bed 400mm 15.7 in
Spindle Bore 105mm 4.13 in
Spindle Fitting D1-8 D1-8
Spindle Speeds 25-1600rpm (16 Steps) 25-1600rpm (16 Steps)
Tailstock Taper MT5 MT5
Tailstock Quill Travel 235mm 9.3 in
Longitudinal Feeds 0.044–1.48mm/rev (25 Feeds) 0.0017-0.0582 in/rev
Cross Feeds 0.022-0.74mm/rev (25 Feeds) 0.0008-0.0291 in/rev
Metric Threads 0.45-120mm (54 Kinds)  0.01772-4.72441 in
Imperial Threads 7/16-80TPI (54 Kinds) 7/16-80TPI (54 Kinds)
Diametrical Threads 7/8-160D.P. (42 Kinds) 7/16-80TPI (54 Kinds)
Module Threads 0.25-60M.P. (46 Kinds) 0.25-60M.P. (46 Kinds)
Main Motor 7.5kW  10Hp
Weight 3600kg  7936lbs

Standard Accessories
  • 3-Jaw Chuck
  • 4-Jaw Chuck
  • Clutch Drive Spindle
  • Motorized Feeds
  • Spindle Brake
  • Light
  • Coolant System
  • Thread Chasing Dial
  • Splash Tray
  • Foot Brake
  • Steadies, Centers, and Sleeves
Delivery

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

Delivery 10-14 Weeks from Deposit

How to use a Heavy duty lathe

Using a heavy-duty solid base high-speed precision lathe requires a certain level of training and skill, as well as a good understanding of the machine's capabilities and limitations.

Here are some basic steps to help you get started:

  1. Familiarize yourself with the machine: Before you start using the lathe, take some time to familiarize yourself with its various components and controls. Read the machine's manual and familiarize yourself with the machine's functions and capabilities.

  2. Prepare the workpiece: Clean the workpiece and ensure that it is properly secured to the lathe's chuck or faceplate.

  3. Select the cutting tool: Choose the cutting tool that is appropriate for the task at hand. Make sure that the cutting tool is securely clamped in the tool post.

  4. Set the speed and feed rate: The speed and feed rate determine how quickly and efficiently the cutting tool removes material from the workpiece. Set these values based on the type of material you are working with and the desired outcome.

  5. Start the machine: Turn on the machine and let it come up to speed. Observe the machine carefully to make sure that everything is running smoothly.

  6. Begin machining: With the cutting tool in contact with the workpiece, start the machining process. Make sure to maintain a consistent speed and feed rate, and observe the machine for any signs of vibration or other issues.

  7. Monitor the cutting process: Pay close attention to the cutting process, and make adjustments as necessary to ensure that the workpiece is being machined to your specifications.

  8. Stop the machine: Once the machining process is complete, stop the machine and turn it off. Remove the cutting tool and the workpiece from the machine.

These are just some basic steps to help you get started using a heavy-duty solid base high-speed precision lathe. Always follow the manufacturer's instructions and safety guidelines, and seek professional training if you are unsure about how to use the machine.

*Information shown may differ or change without warning*

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