Technology

Turning and Boring A specialized treatise for machinists, students in the industrial and engineering schools, and apprentices, on turning and boring methods, including modern practice with engine lathes, turret lathes, vertical and horizontal boring machines

General Description of an Engine Lathe--Example of Cylindrical Turning--Facing the Ends Square with a Side-tool--Turning Tool--Turning Work Cylindrical--Roughing and Finishing Cuts--Filing and Finishing--Aligning Centers for Cylindrical Turning--Application of Drivers or Dogs-...

Chapters

12. CHAPTER V

Turret lathes are adapted for turning duplicate parts in quantity. The characteristic feature of a turret lathe is the turret which is mounted upon a carriage and contains the t...

10. CHAPTER III

It is often necessary, in connection with lathe work, to turn parts tapering instead of straight or cylindrical. If the work is mounted between the centers, one method of turnin...

8. CHAPTER I

The standard "engine" lathe, which is the type commonly used by machinists for doing general work, is one of the most important tools in a machine shop, because it is adapted to...

11. CHAPTER IV

When threads are cut in the lathe a tool _t_ is used (see Fig. 2), having a point corresponding to the shape of the thread, and the carriage is moved along the bed a certain dis...

15. CHAPTER VII

A boring machine of the horizontal type is shown in Fig. 1. The construction and operation of this machine is very different from that of a vertical boring mill and it is also u...

9. CHAPTER II

Notwithstanding the fact that a great variety of work can be done in the lathe, the number of turning tools required is comparatively small. Fig. 1 shows the forms of tools that...

14. Chapter II, in which this subject is treated.

=Turning a Flywheel on a Vertical Mill.=--The turning of a flywheel is a good example of the kind of work for which a vertical boring mill is adapted. A flywheel should preferab...

13. CHAPTER VI

All the different types of turning machines now in use originated from the lathe. Many of these tools, however, do not resemble the lathe because, in the process of evolution, t...

5. CHAPTER V

General Description of a Turret Lathe--Example of Turret Lathe Work--Machining Flywheels in Turret Lathe--Finishing a Flywheel at One Setting in Turret Lathe--Finishing a Webbed...

3. CHAPTER III

Setting Tailstock Center for Taper Turning--Example of Taper Turning--Setting the Tailstock Center with a Caliper Tool--Setting the Tailstock Center with a Square--The Taper Att...

1. CHAPTER I

General Description of an Engine Lathe--Example of Cylindrical Turning--Facing the Ends Square with a Side-tool--Turning Tool--Turning Work Cylindrical--Roughing and Finishing C...

4. CHAPTER IV

Selecting the Change Gears for Thread Cutting--The Thread Tool--Cutting the Thread--Indicator or Chasing Dial for Catching Threads--Principle of the Thread Indicator--Replacing...

2. CHAPTER II

Turning Tools for General Work--Tool-holders with Inserted Cutters--The Position of Turning Tools--Tool Grinding--Shape or Contour of Cutting Edge--Direction of Top Slope for Tu...

6. CHAPTER VI

Boring and Turning in a Vertical Boring Mill--Holding and Setting Work on Boring Mill Table--Turning in a Boring Mill--Boring Operations--Turning Tools for the Vertical Boring M...

7. CHAPTER VII

Horizontal Boring Machine with Vertical Table Adjustment--Drilling and Boring--Cutters Used--Cutter-heads for Boring Large Holes--Cylinder Boring--Boring a Duplex Gasoline Engin...