DESIGN AND CONSTRUCTION OF A WOODLATHE

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DESIGN AND CONSTRUCTION OF A WOODLATHE

ABSTRACT

 

          This work is an attempt to evolve a quicker and easier method of achieving cylindrical shape object from a work price. This will no double save considerable human labour and time wastage involved in traditional manual method of carving.

          To achieve this preliminary  experiment was carried out to determine the optimum speed of this machine various design alternatives for achieving the design solution were synthesized and a choice of an economic method which would satisfy the objective was made. Based on the principles guiding the performance of the machine, the dimensions and sizes of the various components were established.

          Appropriate materials were subsequently selected and fabricated to required sizes. The machine was then assembled and tested.

          After testing, it was found to perform efficiently thus satisfying the objective for which it was designed.


TABLE OF CONTENTS

 

Title page

Approval Page

Dedication

Acknowledgement

Abstract

Table of Contents

 

CHAPTER ONE

1.0            Introduction

1.1     Objectives

1.2            Literature Review

1.3            Trend in Lather Machine

1.4            Dimensions and Specifications

1.5            Statement of Problems

1.6            Purpose of Study

1.7            Scope of Work

CHAPTER TWO

2.0            Synthesis of Solutions

2.1     Theory and Analysis of Problems

2.2            Materials Selection

 

CHAPTER THREE

3.0            Assembly Procedure

3.1     Testing and Evaluation

3.2            Operational/Safety Guide

3.3            General Maintenance

 

CHAPTER FOUR

4.0            Cost Analysis 

4.1     Material Cost

4.2            Labour Cost

4.3            Overhead Cost

4.4            Summary of Costs

CHAPTER FIVE

5.0            Conclusion

5.1     Recommendation

References

 

 

 

 

 

 

CHAPTER ONE

 

1.0            INTRODUCTION

In recent times, the demand for interior decorations and cylindrical objects has been on the increase from the furniture and boundary industries. With it, comes the choice of various designs and models. In order to meet up with the increasing demand of the industries led to the design of a good number of machines that can be used by the craftsman to create different wood designs, amongst which is the wood lather machine.

 

1.1     OBJECTIVES

          Apart from putting into practical the theoretical knowledge acquired from the class room, the main objectives of the project are:

a)       To use available local materials in fabrication.

b)      To achieve a reduction in the cost of production of the machine.

c)       To reduce the labour cost and time spent on using hand tools for wood dressing.

d)      To create awareness for, and encouragement of indigenous technology.

e)       Increase productivity and creativity.

The vital need for the fabrication of a wood lathe is significant in the much delay and time as well as energy wasted in using simple hand took to carry out operations moreover, the cost of importation of a lather machine, is too high for average user.

Similar to the use of other machine tools, the wood lathes machine will help to reduce cost, save labour time and consequently increase the rate of production and craftsman’s skill. It is also important to explore the design of machines to improve on the ones already in existence.

By the early middle age the lathe is still driven by a cord, the new lathe used the tension of a bent tree branch or cut pole to provide a stronger and more convenient way of furring coordinated with the pole was a treadle, which pulled down on the cord wrapped around the work itself, or on a spindle attached to the work. The treadle regulates the speed at which the piece turned. This arrangement displeased with the need for an assistant. The troublesome feature of the early lathers that the pole and treadle system did not address was the need for continuous motion. 

The search for a lather that would turn in only one direction probably ended in the fifteenth century, when the lathers powered by cranked flywheels and giant wheels powered by hand foot horse, and even water were invented, Leonardo a Vinci was one of the many inventors who designed the early continuous drive lather. However, today, wood lather machined are powered by an electric motor which provide the continuous motion needed.

Although, wood lathe machines are made from metal steel, iron etc.

 

1.2            LITERATURE REVIEW

Traditionally, it was thought that the ancient Egyptians introduced lather turning. Perhaps as much as 4,000 years ago. Despite a lack of hard evidence, it was assumed that a civilized nation as advanced as Egypt’s – is known to develop the Potter’s  wheel and bow drill – possessed the technical know – how and skill to have made the invention of the lathe inevitable. Instead, scholars now believe that the lathe was invented around a thousand years B.C., and that its development may have occurred simultaneously among the Etrusians in Italy, the Celts in Great Britain, and the inhabitants of the Crimea. By the second century B.C., the lather was known to most of the people of the Near East and Europe. Originally, the lather was vertically oriented, like the Potter’s wheel. In the case of farning, the lather was eventually mounted on a table France, to be used mainly in a standing position. Virtually all early lathes were powered by cord and required that a helper assist the Craftsman and Non- metal (Hard wood). Those the frame made of wood are faced with the problem of durability and the ability to withstand shock.

However, the major problems that are prevalent with the existing lathes are:


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