Detailed Technical Data Sheet: Kami Lathe

Introduction

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

Technical Specifications

• Brand and Model: Kami lathe
• Year of Construction: 2017
• Condition of the machine: 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: 785mm

Type

• Lathe type: Horizontal

Main Components

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

• Spindle: Located at the front end of the machine, the spindle is designed to secure and rotate the workpiece. It features a variety of speeds to accommodate different types of processing.
• Main Carriage: Supports and guides the movements 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 piece to be worked, allowing precise and vibration-free machining.
• Tool Holder: Allows the installation of different 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:

• Robust Structure: The machine is built with high quality materials that guarantee 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 well installed and calibrated.
   • Check that the chuck and bits are correctly mounted and adjusted.

2. Workpiece load:

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

3. Tool Setup:

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

4. Starting Process:

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

5. Control and Maintenance:

   • After processing, clean the machine and check the condition of the tools and the machined piece.

Matching accessories

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

• Specialized 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 piece during processing.
• Measuring Devices: To ensure precise tolerances and accurate measurements during machining.

Formulas for Optimal Use Parameters

To obtain 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 workpiece diameter 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, nn $n$ is the number of revolutions and dd $d$ is the depth of cut.

Workable Materials

The Kami Lathe is capable of processing different types of metallic materials, including:

• Steels
• Aluminum
• Bronze
• Special Leagues

Maintenance

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

• Cleaning: Remove chips 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 malfunctions.
• Periodic Check: Perform regular checks on the machine to identify and resolve 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 vibrations.
• 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 machine 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.