Tag Archives | Industrial Engineering

Schematic Diagram of a Machining Centre | Machines | Engineering

Machining centres are the most versatile machinery, NC controlled, multifunction, tool changer equipped horizontal or vertical spindle machines. NC Machining centres being faster and more accurate are replacing many-single-purpose machines. Structural elements of machining centres are of cast iron so as to provide excellent vibration dampening and rigidity. Axis slide ways are of rectangular cross-section, hardened and finish ground in [...]

By |2017-11-09T17:50:06+05:30November 9, 2017|Machining|Comments Off on Schematic Diagram of a Machining Centre | Machines | Engineering

Transfer Machine: Components and Arrangement | Industrial Engineering

In this article we will discuss about:- 1. Meaning of Transfer Machine 2. Arrangements 3. Components and Accessories 4. Advantages of Transfer Machine 5. Disadvantages . Meaning of Transfer Machine: A transfer machine is an automatic machine which indexes or transfers the work piece and its fixture from station to station while many operations are performed on it. It could [...]

By |2017-11-09T17:50:06+05:30November 9, 2017|Automatic Machines|Comments Off on Transfer Machine: Components and Arrangement | Industrial Engineering

Development of Program Controlled Machine Tools | Industrial Engineering

In this article we will discuss about the development of prgram controlled machine tools. All developments in Machine Tools have a single aim— increasing the profitability of machining operations. The demands on machine tool technology, to meet the ever- tightening accuracy and precision requirements of modern metal machining industry, have highlighted the utter incapability of conventional machine tools to perform [...]

By |2017-11-09T17:50:06+05:30November 9, 2017|Machine Tools|Comments Off on Development of Program Controlled Machine Tools | Industrial Engineering

Lathe: Cutting Forces, Speed and Turning Problems | Industrial Engineering

In this article we will discuss about:- 1. Cutting Forces of Lathe 2. Cutting Speed 3. Feed 4. Depth of Cut 5. Turning Problems. Cutting Forces of Lathe: The cutting forces depend upon several factors like work material, cutting speed, feed rate, depth of cut, approach angle, side rake angle, back rake angle, nose radius and tool wear. The influence [...]

By |2017-11-09T17:50:06+05:30November 9, 2017|Lathe|Comments Off on Lathe: Cutting Forces, Speed and Turning Problems | Industrial Engineering

Lathe Tools for Removing More Weight of Metals | Industries | Metallurgy

In order to remove more weight of metal from a piece of work in a given time consistent with a desired degree of accuracy and finish on a heavy and rigid lathe, it is essential that the lathe tools be made from the most suitable material and shaped to the best advantage. Of course, the factors like speed, feed, depth [...]

By |2017-11-09T17:50:06+05:30November 9, 2017|Lathe|Comments Off on Lathe Tools for Removing More Weight of Metals | Industries | Metallurgy

Cutting Edges in Milling of Steels | Industries | Engineering

In this article we will discuss about the influence of various angles on cutting edges in milling of steels. 1. Radial Rake Angle: It is obvious from Fig. 16.33 that radial rake angle is the angle between the blade (flute) face and a radial reference plane drawn from the cutter axis to the cutting edge. Its value depends upon the [...]

By |2017-11-09T17:50:05+05:30November 9, 2017|Milling|Comments Off on Cutting Edges in Milling of Steels | Industries | Engineering

Role of Robots for Assembly Work | Industrial Engineering

Assembly robots find wide applications in electric and electronic fields where a short-cycle time and the capacity of small, precise parts assembly are important requirements. The role of robot for use in the assembly work is as follows: (1) Odd-Shaped electronic components insertion in printed circuit boards. (2) Small, precise parts assembly. (3) Palletizing and de-palletizing components in boxes. The [...]

By |2017-11-09T17:50:05+05:30November 9, 2017|Robots|Comments Off on Role of Robots for Assembly Work | Industrial Engineering

Cylindrical Grinding Machines: 4 Types | Industrial Engineering

Various types of cylindrical grinding machines are described below:  Type # 1. Centre Type of Cylindrical Grinding Machine: In this machine, the workpiece is supported between centres. The headstock wheel head, and tailstock (both of which may be swivelling or non-swivelling type) are mounted on a swivel table which itself is mounted on a sliding table that can move to [...]

By |2017-11-09T17:50:05+05:30November 9, 2017|Grinding Machines|Comments Off on Cylindrical Grinding Machines: 4 Types | Industrial Engineering

Economics of Machining | Machine Tools | Industrial Engineering

In this article we will discuss about the economics of machining. It is not sufficient to devise a feasible procedure for a desired component or commodity. The procedure must be economically justified. The variables affecting the economics of a machining operation are numerous which include the tool material, machine tool capacity and the cutting conditions. As these variables are readily [...]

By |2017-10-24T05:51:46+05:30October 24, 2017|Machining|Comments Off on Economics of Machining | Machine Tools | Industrial Engineering

Design of Die Elements: With Diagram | Devices | Metals | Engineering

The various elements of a die are die block, die holder, punch, punch holder, stripper, stock stops and knockouts. We will here consider the design of all these individual elements and from is design for compound, combination and progressive die could also be carried out. i. Die Block Design: Overall dimensions of the die block are determined by the minimum [...]

By |2017-10-24T05:51:45+05:30October 24, 2017|Metals|Comments Off on Design of Die Elements: With Diagram | Devices | Metals | Engineering
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