Used Parallel Lathe

Introduction

The Parallel Lathe represents a pillar in the world of machine tools, particularly appreciated in mechanical workshops for its versatility and reliability. This manually operated lathe, ideal for the production of small batches and simple pieces, stands out for its ease of use and reduced setup times. In this data sheet, we will examine a Used Parallel Lathe , highlighting its main features, technical specifications and advantages.

Visual Description and Construction

The Parallel Lathe has a robust and functional design, built to guarantee stability and precision during processing. This type of lathe is characterized by a solid structure that reduces vibrations and improves the quality of work.

Main Components:

• Bench : Provides a stable, wide base for workpiece support.
• Upper and Transversal Carriage : Used for movements along and transverse to the piece, allowing precise operations.
• Chuck : The chuck bore is designed to accommodate workpieces of specific diameters.
• Tailstock : Supports the piece during processing and guarantees greater stability.

Technical Specifications

The Parallel Lathe stands out for the following technical specifications:

• Tip height : 180 mm. This measurement determines the maximum distance between the tips and the size of the pieces that can be machined.
• Distance between the Tips : 1000 mm. It allows you to machine pieces of considerable length.
• Turning diameter on the guides : 360 mm. This value indicates the maximum diameter of the part that can be turned using the lathe guides.
• Turning Diameter on the Carriage : 210 mm. Indicates the maximum diameter of the piece that can be machined on the carriage.
• Spindle hole : 42 mm. This measurement is crucial for the size of the mandrel and the ability to pass the bars.
• Spindle speed : Up to 1800 rpm. The adjustable speed of the spindle allows you to adapt operations to different processing needs.
• Machine weight : 1100 kg. The weight contributes to the stability and precision of the lathe during operations.
• Platform Width : 260 mm. Provides sufficient working area to support the workpiece and tools.
• Tailstock attachment : Morse Cone 3 (CM 3). This attachment is used to mount the tailstock and ensure secure fixation of the workpiece.

Usage Procedure

1. Preparation:

   • Initial Inspection : Check the general condition of the Parallel Lathe , ensuring that all parts are clean and well lubricated.
   • Mounting the Workpiece : Place the workpiece on the chuck and secure it securely. Adjust the tailstock to ensure adequate support.

2. Setting:

   • Speed ​​Adjustment : Select the rotation speed of the spindle based on the material and the processing required.
   • Tool Setup : Mount the tools on the turret and adjust their positions to make the desired cuts.

3. Turning operations:

   • Starting the Lathe : Turn on the lathe and start the chuck. Perform turning operations while monitoring the process to ensure precise results.
   • Adjustments During Work : Adjust the carriages and tools to adapt the processing to the needs of the piece.

4. Conclusion:

   • Removing the Workpiece : After completing machining, turn off the lathe and remove the workpiece.
   • Cleaning and Maintenance : Remove chips and clean the lathe to keep the machine in good condition.

Matching accessories

To improve the performance of your Parallel Lathe , you can consider the following accessories:

• Bezel and Half Bezel : To support long workpieces and improve stability.
• Additional Tool Holders : To expand machining capabilities and handle different types of tools.
• Cooling System : Helps keep the processing temperature under control, reducing tool wear.

Formulas for Optimal Use

To optimize the use of the Parallel Lathe , it is useful to consider the following formulas:

• Cutting Speed ​​(Vc):

  $$V$$

  Where DD $D$ is the diameter of the workpiece and nn $n$ is the spindle speed in revolutions per minute.

• Progress per Minute (f):

  $$f$$

  Where VfV_f $V$ f ​is nn $n$ is the spindle rotation speed.

• Cutting Depth (ap):

  $$a$$

Workable Materials

The Parallel Lathe is suitable for working various materials, including:

• Ferrous Metals : Steel and cast iron, ideal for robust turning operations.
• Non-Ferrous Alloys : Aluminum and brass, for lighter and more precise machining.
• Plastic Materials : Plastic and polymers, for applications in industrial and artisanal sectors.

Maintenance

To guarantee the durability and efficiency of the Parallel Lathe :

• Regular Checks : Carry out periodic inspections and check the lubrication level.
• Cleaning : Remove chips and debris after each use to prevent buildup that can damage the machine.
• Alignment Verification : Check the alignment of the moving elements to ensure precision during operations.

Evaluation of Good Used

To ensure that your Parallel Lathe is in good condition:

• Examine the General Condition : Check for signs of wear or obvious damage.
• Test Features : Verify that all speeds and controls work properly.
• Request Documentation : Make sure you have access to maintenance documentation and prior service.

Sectors of Use

The Parallel Lathe is used in various sectors, including:

• Mechanical Workshops : For the production of small and medium sized parts.
• Metalworking Industry : For precision machining of metals and alloys.
• Craft and Maintenance Sector : For turning and repair operations.

Advantages of Buying Used

Buying a Parallel Lathe offers numerous advantages:

• Lower Cost : Reduced price compared to new models, making it an economical choice.
• Reliability : The robustness and durability of parallel lathes make them reliable even when used.
• Value for money : Optimize your budget while maintaining high performance and versatility.

In conclusion, the Used Parallel Lathe is an excellent option for those looking for a reliable and versatile machine tool. With its advanced specifications and good value for money, it represents an advantageous choice for many industrial applications.