PRINCIPLES IN MATERIAL HANDLING by tharun kumar.pptx

1. PRINCIPLES IN MATERIAL
HANDLING
D. S. A. BHASKAR

2. Principles in Material Handling
• The 10 principles of material handling are explained below. Implementing
these principles will result in safer operating conditions, lower costs, and
better utilization and performance of material handling systems.
• The unit load principle stands as one of the most important and widely
applied principles in material handling. In material handling, a unit load is
Simply the mass that is to be moved or otherwise handled at one time.

3. There are good reasons for using unit loads in material handling
1) Multiple items can be handled simultaneously.
2) The required number of trips is reduced.
3) Loading and unloading times are reduced.
4) Product damage is decreased. These reasons result in lower costs and
higher operating efficiency.

4. Principle 1. PLANNING PRINCIPLE:
All the material handling should be the result of a deliberate plan where
the needs, performance objectives, and functional specifications of the
proposed methods are completely defined at the outset.

5. Principle 2. STANDARDIZATION PRINCIPLE:
Material handling Methods, equipment, controls, and software should be
standardized. It means less variety and customization in the methods and
equipment employed.

6. Principle 3. WORK PRINCIPLE:
Material handling work should be minimized without sacrificing
productivity or the level of service required of the operation Simplifying
the processes by reducing, combining, shortening, or eliminating
unnecessary steps will reduce work.
Principle 4. ERGONOMIC PRINCIPLE:
Human capabilities and limitations must be
recognized and respected in the design of material
handling tasks and equipment to ensure safe and
effective operations.

7. Principle 5. UNIT LOAD PRINCIPLE:
A unit load is one that can be stored or moved as a single entity at one
time, such as pallets, container totes, etc...Less effort and work are
required to collect and move many individual items as a single load
than to move many items one at a time.
Principle 6. SPACE UTILIZATION PRINCIPLE:
Effective and efficient use must be made of all available space Space in
material handling is three-dimensional and therefore is counted as
Cubic space.

8. Principle 7. SYSTEM PRINCIPLE:
Material movement and storage activities should be fully integrated to
form a coordinate ( receiving, inspection, storage, production, assembly,
etc.)
Principle 8. AUTOMATION PRINCIPLE:
Material handling operations should be mechanized and or automated to
improve operating efficiency, increase responsiveness, decrease cost,
etc...

9. Principle 9. ENVIRONMENTAL PRINCIPLE:
Environmental impact and energy consumption should be considered as
criteria.
Principle 10. LIFE CYCLE COST PRINCIPLE:
Economic analysis should account for the entire life cycle of all
material handling equipment.,