Detailed Technical Data Sheet: Kami Lathe

Introduction

The Kami Lathe is a robust and versatile horizontal machine tool, designed to meet the demands of precision and reliability in the metalworking industry. With its solid construction and well-balanced set of specifications, the Kami Lathe is an excellent choice for both professional machine shops and craftsmen. This document provides a detailed overview of the Kami Lathe's technical features and applications.

Technical Specifications

• Make and Model: Kami Lathe
• Year of Construction: 2017
• Machine Condition: CE Marked

Dimensions and Capacity

• Distance between tips: 1,000 mm
• Tip Height: 506 mm
• Total Height: 1,945 mm
• Front: 1,024 mm
• Depth: 785 mm

Type

• Lathe Type: Horizontal

Main Components

The Kami Lathe is composed of several key elements that contribute to its functionality and precision:

• Spindle: Located at the front of the machine, the spindle is designed to hold and rotate the workpiece. It features a variety of speeds to accommodate different types of machining.
• Main Carriage: Supports and guides the movement of the workpiece and tools. It is designed to ensure precision and stability during turning operations.
• Tips and Tailstocks: Used to support and stabilize the workpiece, allowing for precise and vibration-free machining.
• Tool Holder: Allows the installation of various cutting tools, offering flexibility in turning and milling operations.

Mechanical Characteristics

The Kami Lathe is designed to offer high performance with the following mechanical characteristics:

• Sturdy Structure: The machine is built with high-quality materials that ensure stability and reduce vibrations during processing.
• Precise Movements: The carriage and tips are designed for precise and smooth movements, ensuring high-quality workmanship.
• Variable Speed: The machine offers a range of spindle speeds, allowing you to adapt the processing speed to different materials and operations.

Usage Procedure

1. Preparation:

   • Make sure the machine is properly installed and calibrated.
   • Check that the chuck and bits are correctly mounted and adjusted.

2. Piece Load:

   • Clamp the workpiece into the chuck, making sure it is well aligned and locked.
   • Use tailstocks to support the workpiece, if necessary.

3. Setting Up Tools:

   • Install the cutting tools needed for the desired operation.
   • Adjust the angle and position of the tools to ensure optimal machining.

4. Start of Processing:

   • Set the spindle rotation speed and start the machine.
   • Monitor the process to ensure that the processing is going smoothly.

5. Control and Maintenance:

   • After machining, clean the machine and check the condition of the tools and the workpiece.

Matching accessories

The Kami Lathe can be equipped with various accessories to improve its functionality:

• Specialty Tools: Such as drills of various shapes and sizes, and tools for boring and threading operations.
• Cooling System: To maintain the temperature of the tools and the workpiece during machining.
• Measuring Devices: To ensure precise tolerances and accurate measurements during machining.

Formulas for Optimal Use Parameters

To get the best performance from the Kami Lathe, consider the following formulas:

• Cutting Speed ​​(Vc): Vc=π⋅D⋅n1000Vc = \frac{π \cdot D \cdot n}{1000} $V$ $c$ $=$ 1000 π ⋅ D ⋅ n

  • Where DD $D$ is the diameter of the workpiece and nn $n$ is the spindle speed in rpm.

• Feed per Revolution (f): f=Vfn⋅df = \frac{Vf}{n \cdot d} $f$ $=$ n ⋅ d V f

  • Where VfVf $V$ $f$ is the total feed rate, nn $n$ is the number of revolutions and dd $d$ is the depth of cut.

Workable Materials

The Kami Lathe is capable of working various types of metal materials, including:

• Steels
• Aluminum
• Bronze
• Special Alloys

Maintenance

To keep your Kami Lathe in top condition, it is essential to follow a regular maintenance routine:

• Cleaning: Remove shavings and dust after each use to avoid buildup that can affect accuracy.
• Lubrication: Make sure all moving parts are well lubricated to prevent wear and tear.
• Periodic Checkup: Perform regular checkups on your machine to identify and fix any problems before they become serious.

Evaluation of used cars

When purchasing a used Kami Lathe, consider these aspects:

• General Condition: Check for signs of excessive wear or structural damage.
• Operation: Test the machine to ensure that all functions operate correctly and without vibration.
• Documentation: Make sure you receive all necessary documentation, including manuals and maintenance records.

Sectors of Use

The Kami Lathe is ideal for a variety of industries, including:

• Mechanical and Metalworking Industry
• Automotive Sector
• Artisan and Professional Workshops
• Precision Machining

Advantages of Buying a Used Car

Buying a used Kami lathe can offer numerous advantages:

• Lower Cost: The price of a used car is generally much lower than a new one.
• Reliability: Kami lathes are known for their robustness and durability, making them a safe choice even when used.
• Availability: Used machines are often ready for immediate use, reducing waiting times.

The Kami Lathe, with its specifications and robust construction, represents an excellent choice for those looking for a reliable and high-performance machine tool, both new and used.