Detailed Technical Data Sheet of the Labor Lathe: Used Model

Introduction

The Labor Lathe is a precision machine widely used in the metalworking sector. This used model, with a bar passage of 50 mm and a turning length of 1500 mm, is particularly appreciated for its robustness and versatility. In this data sheet, we will explore all aspects of the Labor Lathe, including technical details, mechanical characteristics, and best practices for use and maintenance.

Technical Details

Brand and Model: Lathe Labor

• Bar passage: 50 mm
• Turning length: 1500 mm
• Turning Diameter: 380 mm (with tailstock and accessories included)

Composition and Components

The Labor Lathe is made up of various key elements that contribute to its efficiency and precision:

1. Base: Provides stability to the machine, reducing vibrations during operation.
2. Worktable: The surface on which accessories and workpieces are mounted.
3. Chuck: For mounting and rotating the workpiece.
4. Tailstock: Used to support the opposite end of the piece during machining.
5. Undercarriage: Allows longitudinal and transversal movement of the machine.
6. Steering wheel: Allows precise control of the wagon's movements.
7. Motor: Provides the power needed for turning operations.

Mechanical Characteristics

The Labor Lathe is designed to guarantee precision and reliability. Its main mechanical characteristics include:

• Rotation Speed: Variable, to adapt to different materials and types of processing.
• Lubrication System: To reduce wear and keep the machine in optimal condition.
• Processing Precision: High, thanks to high quality components and accurate design.

Usage Procedure

1. Preparation: Make sure the lathe is placed on a stable surface and that all components are in good condition.
2. Mounting the Workpiece: Fix the workpiece on the chuck and make sure it is well centered.
3. Adjustment: Set the rotation speed and processing parameters according to the material and workpiece specifications.
4. Turning Operation: Use handwheels to control movements and begin machining. Monitor the process carefully to ensure the quality of the result.
5. Cleaning and Maintenance: At the end of the operation, clean the machine and check that all the components are in good condition.

Matching accessories

The Labor lathe can be equipped with various accessories to expand its functionality:

• Additional spindle: To process pieces of different sizes.
• Specialized Turning Tools: To obtain particular finishes.
• Cooling System: To improve the life of the tools and the quality of the machined piece.

Formulas for Optimal Use

To calculate the optimal parameters for using the Labor lathe, consider the following formulas:

• Rotation Speed ​​(n): n=1000⋅Vπ⋅Dn = \frac{1000 \cdot V}{\pi \cdot D} $n$ $=$ π ⋅ D 1000 ⋅ V

  • Where VV $V$ is the cutting speed (m/min) and DD $D$ is the workpiece diameter (mm).

• Progress per Revolution (f): f=Snf = \frac{S}{n} $f$ $=$ n S

  • Where SS $S$ is the total advance (mm) and nn $n$ is the number of revolutions.

Workable Materials

The Labor lathe is suitable for working different types of materials, including:

• Steel: For structural and mechanical components.
• Aluminium: For lightweight and precision applications.
• Brass: For decorative and precision components.

Maintenance

To keep your Labor Lathe in tip-top condition, follow these steps:

1. Lubrication: Check and fill the lubrication system regularly.
2. Cleaning: Remove chips and dust after each use.
3. Checking the Components: Periodically check the state of wear and replace damaged parts.
4. Calibration: Make sure the machine is calibrated correctly to maintain accuracy.

Evaluation of Good Used

To determine if a used Labor Lathe is in good condition, consider:

• Working Hours: Check the number of hours of use and the general state of the machine.
• Condition of Components: Inspect components for signs of wear or damage.
• Maintenance Documentation: Make sure there is a history of regular maintenance.

Sectors of Use

The Labor lathe is used in various sectors, including:

• Mechanical Industry: For the production of precision components.
• Automotive: For the processing of automotive parts.
• Watchmaking and Jewellery: For high precision and finishing pieces.

Advantages of Buying Used

Buying a used Labor lathe can offer several advantages:

• Lower Cost: Significantly lower price than new.
• Reliability: If well maintained, a used lathe can offer excellent performance.
• Availability: Greater accessibility than new models.

In conclusion, the Labor Lathe is a versatile and robust machine which, if well maintained, can offer excellent performance even when used. Be sure to carefully examine the condition of the machine and its specifications before purchasing to ensure it meets your production needs.