Facility Layout
Introduction
Layout planning is determining the best physical arrangement of resources within a facility.
It may be defined as a technique of locating machines, processes and plant services within the factory so as to achieve the right quantity and quality of output at the lowest possible cost of manufacturing.
Objective of a good Layout
Provide enough production capacity.
Reduce material handling costs.
Reduce congestion that impedes the movement of people or material.
Reduce hazards to personnel.
Increase employee morale.
Reduce accidents.
Utilize available space effectively & efficiently.
The document discusses different types of facility layouts used in manufacturing. It describes layouts such as process layout where similar machines are grouped together, product layout where the production line moves materials between machines, and fixed position layout where machines are brought to stationary products. The objectives, factors, principles, advantages, and disadvantages of each layout type are provided. The document aims to educate readers on best practices for arranging manufacturing equipment and operations in a facility.
This document discusses facility location and layout. It begins by defining facility location as the place where a facility will be set up to produce goods or services. Key factors that affect facility location decisions are then outlined, including availability of power, transportation, climate, government policy, competition, and labor. The document also discusses the need for facility location planning to reduce costs and identify proximity to resources. Facility layout is then defined as the arrangement of machinery, equipment and amenities to ensure smooth material flow. Common types of facility layouts described include process, product, fixed position, cellular manufacturing, and combination layouts. Procedures and techniques for selecting optimal facility locations are also provided.
Facility Location Planning
What is facility location ?
Operations Strategies for Multiple Facilities
Factors affecting Facility Location Planning
Dimensional Analysis
Brown and Gibson Model for Site location
Locating Foreign Operations Facilities
Layout planning determines the optimal physical arrangement of resources to maximize productivity. The document discusses different types of layouts including process, product, group technology, and fixed-position layouts. Product layouts are designed to efficiently produce a specific product in high volumes, while process layouts group similar resources together and fixed-position layouts are used when the product is too large to move.
Product layouts are used for repetitive assembly of standardized products. The workstations are arranged in a straight line so items can pass smoothly from one station to the next. This allows for mass production with low cycle times but lacks flexibility.
Process layouts group similar processes together, like all sewing stations in one area. This requires more space but allows for production of various items and easier changes to processes. Cycle times are longer but it allows for process specialization and more efficient use of equipment.
The type of layout chosen impacts operations through factors like costs, cycle times, productivity levels, flexibility, and specialization of labor or equipment.
Production Management
Types of plant Layout like production or line layout, Process layout, Fixed position or Location layout and combined layout.Along with its importance with example.
Facility Layout
Introduction
Layout planning is determining the best physical arrangement of resources within a facility.
It may be defined as a technique of locating machines, processes and plant services within the factory so as to achieve the right quantity and quality of output at the lowest possible cost of manufacturing.
Objective of a good Layout
Provide enough production capacity.
Reduce material handling costs.
Reduce congestion that impedes the movement of people or material.
Reduce hazards to personnel.
Increase employee morale.
Reduce accidents.
Utilize available space effectively & efficiently.
The document discusses different types of facility layouts used in manufacturing. It describes layouts such as process layout where similar machines are grouped together, product layout where the production line moves materials between machines, and fixed position layout where machines are brought to stationary products. The objectives, factors, principles, advantages, and disadvantages of each layout type are provided. The document aims to educate readers on best practices for arranging manufacturing equipment and operations in a facility.
This document discusses facility location and layout. It begins by defining facility location as the place where a facility will be set up to produce goods or services. Key factors that affect facility location decisions are then outlined, including availability of power, transportation, climate, government policy, competition, and labor. The document also discusses the need for facility location planning to reduce costs and identify proximity to resources. Facility layout is then defined as the arrangement of machinery, equipment and amenities to ensure smooth material flow. Common types of facility layouts described include process, product, fixed position, cellular manufacturing, and combination layouts. Procedures and techniques for selecting optimal facility locations are also provided.
Facility Location Planning
What is facility location ?
Operations Strategies for Multiple Facilities
Factors affecting Facility Location Planning
Dimensional Analysis
Brown and Gibson Model for Site location
Locating Foreign Operations Facilities
Layout planning determines the optimal physical arrangement of resources to maximize productivity. The document discusses different types of layouts including process, product, group technology, and fixed-position layouts. Product layouts are designed to efficiently produce a specific product in high volumes, while process layouts group similar resources together and fixed-position layouts are used when the product is too large to move.
Product layouts are used for repetitive assembly of standardized products. The workstations are arranged in a straight line so items can pass smoothly from one station to the next. This allows for mass production with low cycle times but lacks flexibility.
Process layouts group similar processes together, like all sewing stations in one area. This requires more space but allows for production of various items and easier changes to processes. Cycle times are longer but it allows for process specialization and more efficient use of equipment.
The type of layout chosen impacts operations through factors like costs, cycle times, productivity levels, flexibility, and specialization of labor or equipment.
Production Management
Types of plant Layout like production or line layout, Process layout, Fixed position or Location layout and combined layout.Along with its importance with example.
Principles of Plant layout
Types of Plant layout
Process layout
Product layout
Cellular Manufacturing layout
fixed Position layout
Hybrid Layout
and their Advantages & disadvantages
The document discusses facility location and the process of selecting the best geographic location. It outlines key objectives like reducing costs and coordinating with government policies. The main steps discussed are selecting between domestic or international locations, then choosing a region, locality, and exact site based on factors like resources, market access, transportation and climate. Location analysis techniques covered include location factor rating, center of gravity, load distance, break even analysis, and weighted factor rating. The overall goal is to identify the optimal location for operating facilities.
The document discusses facility location and plant layout. It provides information on various factors to consider for optimal facility location such as proximity to markets, transportation, and labor costs. It also describes different models for evaluating potential facility locations, including factor rating, weighted factor rating, load-distance, and break even analysis methods. Additionally, it covers objectives, principles and types of plant layouts including process, product, combination and fixed position layouts. The key factors and models discussed can help companies evaluate and select the best location and layout design for their facilities.
The document discusses various location selection models including the factor rating method, weighted factor rating method, load-distance method, center of gravity method, and break-even analysis. It provides examples of how to use the load-distance method and center of gravity method to determine an ideal location for a manufacturing plant and warehouse. The break-even analysis example determines the most suitable location for a cleaners based on expected demand.
Operation management - Importance & Type of layoutSid Gham
The document discusses different types of facility layouts used in manufacturing. It describes product layouts, which arrange facilities in a straight line to repetitively produce highly standardized products. Process layouts group similar processes together and are more flexible for customized products. Fixed position layouts are used when products cannot be moved due to size or weight constraints. Cellular layouts group machines for similar product families to provide flexibility for medium volume products. Hybrid layouts combine elements of product and process layouts to balance efficiency and flexibility.
The document discusses facility location for Jubilant Life Sciences, which has five existing plants. It evaluates the optimal location for a new facility using the median and center of gravity methods. The median method identifies coordinates of (24.2, 76.14) with a minimum transportation cost of Rs. 51157.4. The center of gravity method finds coordinates of (22.25, 76.58) but with a higher transportation cost of Rs. 51952. Therefore, the median method provides the best location for the new facility.
This document discusses factors to consider when selecting a manufacturing facility location. It identifies key location factors like customer proximity, available skilled labor, suppliers, and environmental regulations. It also outlines common errors in location selection such as personal biases or inadequate analysis. Finally, it provides steps for the location selection process, including defining objectives, criteria, evaluating alternatives through models and data collection, and selecting a site that best meets the objectives and criteria. Cost is another important consideration, and the document presents a cost-volume analysis comparing total costs at four potential locations.
Cellular layout helps us in increasing the productivity with minimizing the cost.
It is the latest technique to minimize the cost and increase the profits without affecting the organization. The concept of LEAN management.
This was a presentation done team-wise in Manipal as part of our MBA assignments. The subject name was Operations Management and the presentation topics were different types of layouts. Our team got the topic Process Layout.
Plant Location - Influencing factors and Location Decision ProcessDhamo MS
Selecting a plant location plays a vital role in the success of the organisation. The various factors that influence the site location and the techniques used for rating the plant sites.
Production Planning and Control
Objective of PPC
Classification/Functions of PPC
Levels of PPC
Factors determining Production Planning Procedures
Production Planning System
Factors Determining PC procedures
Aggregate planning determines production levels, inventory, capacity, and other factors over a time horizon of 1-18 months. The goal is to maximize profit by effectively using existing resources to meet forecasted demand. Key inputs include demand forecasts and production costs. The process specifies operational parameters for each period and identifies the plan that maximizes profit given constraints like capacity limits. Common strategies include chasing demand by varying capacity, using inventory to level production, or utilizing time flexibility through overtime.
In every operational management field Layout is the very import concept which in should know. Even if u r a student or a worker you should know the process/flow of layouts.
Multi-echelon inventory optimization (MEIO) models inventory levels across multiple stages of the supply chain. Traditional models plan inventory independently at each stage and can lead to excess inventory build up. MEIO considers the impacts that inventory levels at each stage have on upstream and downstream stages to minimize total inventory while meeting customer service goals. Failing to use MEIO can result in redundant safety stock, customer service failures even when inventory exists elsewhere in the supply chain, and unreliable demand projections provided to suppliers. MEIO determines optimal inventory levels for each stock keeping unit based on factors like demand, lead time variability, replenishment frequency, and desired service level.
This document provides an overview of production and operations management. It discusses key topics such as production planning and control, plant layout, material handling, quality management, and productivity improvement techniques. The roles and responsibilities of production managers are also outlined. Various production systems, inventory control methods, and maintenance strategies are defined.
The document discusses different types of facility layouts used in manufacturing. It describes production/straight line layouts where machines are arranged sequentially based on production steps. Process/functional layouts group similar machines together. Static layouts keep products stationary while tools and workers move. Cellular layouts create machine "cells" to increase flexibility. The key is arranging equipment and facilities to optimize material flow and minimize handling costs during manufacturing.
The document discusses different types of plant layouts. It defines plant layout as the arrangement of facilities like machines, equipment, and furniture to optimize material flow from raw materials to finished products. The main types of layouts are product/line, process/functional, fixed position, and combined. Product layout arranges machines in lines by production steps. Process layout groups similar machines together. Fixed position layout moves workers and machines to stationary products. Combined layout mixes aspects of product and process layouts. The objectives are efficient space use, smooth material flow, capacity and labor utilization, and cost reduction.
Principles of Plant layout
Types of Plant layout
Process layout
Product layout
Cellular Manufacturing layout
fixed Position layout
Hybrid Layout
and their Advantages & disadvantages
The document discusses facility location and the process of selecting the best geographic location. It outlines key objectives like reducing costs and coordinating with government policies. The main steps discussed are selecting between domestic or international locations, then choosing a region, locality, and exact site based on factors like resources, market access, transportation and climate. Location analysis techniques covered include location factor rating, center of gravity, load distance, break even analysis, and weighted factor rating. The overall goal is to identify the optimal location for operating facilities.
The document discusses facility location and plant layout. It provides information on various factors to consider for optimal facility location such as proximity to markets, transportation, and labor costs. It also describes different models for evaluating potential facility locations, including factor rating, weighted factor rating, load-distance, and break even analysis methods. Additionally, it covers objectives, principles and types of plant layouts including process, product, combination and fixed position layouts. The key factors and models discussed can help companies evaluate and select the best location and layout design for their facilities.
The document discusses various location selection models including the factor rating method, weighted factor rating method, load-distance method, center of gravity method, and break-even analysis. It provides examples of how to use the load-distance method and center of gravity method to determine an ideal location for a manufacturing plant and warehouse. The break-even analysis example determines the most suitable location for a cleaners based on expected demand.
Operation management - Importance & Type of layoutSid Gham
The document discusses different types of facility layouts used in manufacturing. It describes product layouts, which arrange facilities in a straight line to repetitively produce highly standardized products. Process layouts group similar processes together and are more flexible for customized products. Fixed position layouts are used when products cannot be moved due to size or weight constraints. Cellular layouts group machines for similar product families to provide flexibility for medium volume products. Hybrid layouts combine elements of product and process layouts to balance efficiency and flexibility.
The document discusses facility location for Jubilant Life Sciences, which has five existing plants. It evaluates the optimal location for a new facility using the median and center of gravity methods. The median method identifies coordinates of (24.2, 76.14) with a minimum transportation cost of Rs. 51157.4. The center of gravity method finds coordinates of (22.25, 76.58) but with a higher transportation cost of Rs. 51952. Therefore, the median method provides the best location for the new facility.
This document discusses factors to consider when selecting a manufacturing facility location. It identifies key location factors like customer proximity, available skilled labor, suppliers, and environmental regulations. It also outlines common errors in location selection such as personal biases or inadequate analysis. Finally, it provides steps for the location selection process, including defining objectives, criteria, evaluating alternatives through models and data collection, and selecting a site that best meets the objectives and criteria. Cost is another important consideration, and the document presents a cost-volume analysis comparing total costs at four potential locations.
Cellular layout helps us in increasing the productivity with minimizing the cost.
It is the latest technique to minimize the cost and increase the profits without affecting the organization. The concept of LEAN management.
This was a presentation done team-wise in Manipal as part of our MBA assignments. The subject name was Operations Management and the presentation topics were different types of layouts. Our team got the topic Process Layout.
Plant Location - Influencing factors and Location Decision ProcessDhamo MS
Selecting a plant location plays a vital role in the success of the organisation. The various factors that influence the site location and the techniques used for rating the plant sites.
Production Planning and Control
Objective of PPC
Classification/Functions of PPC
Levels of PPC
Factors determining Production Planning Procedures
Production Planning System
Factors Determining PC procedures
Aggregate planning determines production levels, inventory, capacity, and other factors over a time horizon of 1-18 months. The goal is to maximize profit by effectively using existing resources to meet forecasted demand. Key inputs include demand forecasts and production costs. The process specifies operational parameters for each period and identifies the plan that maximizes profit given constraints like capacity limits. Common strategies include chasing demand by varying capacity, using inventory to level production, or utilizing time flexibility through overtime.
In every operational management field Layout is the very import concept which in should know. Even if u r a student or a worker you should know the process/flow of layouts.
Multi-echelon inventory optimization (MEIO) models inventory levels across multiple stages of the supply chain. Traditional models plan inventory independently at each stage and can lead to excess inventory build up. MEIO considers the impacts that inventory levels at each stage have on upstream and downstream stages to minimize total inventory while meeting customer service goals. Failing to use MEIO can result in redundant safety stock, customer service failures even when inventory exists elsewhere in the supply chain, and unreliable demand projections provided to suppliers. MEIO determines optimal inventory levels for each stock keeping unit based on factors like demand, lead time variability, replenishment frequency, and desired service level.
This document provides an overview of production and operations management. It discusses key topics such as production planning and control, plant layout, material handling, quality management, and productivity improvement techniques. The roles and responsibilities of production managers are also outlined. Various production systems, inventory control methods, and maintenance strategies are defined.
The document discusses different types of facility layouts used in manufacturing. It describes production/straight line layouts where machines are arranged sequentially based on production steps. Process/functional layouts group similar machines together. Static layouts keep products stationary while tools and workers move. Cellular layouts create machine "cells" to increase flexibility. The key is arranging equipment and facilities to optimize material flow and minimize handling costs during manufacturing.
The document discusses different types of plant layouts. It defines plant layout as the arrangement of facilities like machines, equipment, and furniture to optimize material flow from raw materials to finished products. The main types of layouts are product/line, process/functional, fixed position, and combined. Product layout arranges machines in lines by production steps. Process layout groups similar machines together. Fixed position layout moves workers and machines to stationary products. Combined layout mixes aspects of product and process layouts. The objectives are efficient space use, smooth material flow, capacity and labor utilization, and cost reduction.
The document discusses various types of facility layouts used in manufacturing and non-manufacturing settings. It describes McDonald's use of process layouts across its global supply chain, with centralized distribution centers and strict logistical controls to ensure consistent food quality and on-time deliveries. The document also covers other layout types like product layouts, group technology layouts, and fixed position layouts, comparing their characteristics and suitability for different production environments.
The document discusses different types of plant layouts. It defines plant layout as the arrangement of machines, equipment, and tools to allow for the efficient flow of materials through the production process. The objectives of a good layout are to reduce costs, increase efficiency, and improve productivity and employee satisfaction. The main types of layouts discussed are process layout, product layout, fixed position layout, and group technology/cellular layout. Process layout groups machines by function, while product layout arranges them in linear sequence of operations.
The document discusses plant layout, including definitions, objectives, principles, and types of layouts. The main types discussed are product layout, process layout, and fixed position/stationary layout. Product layout arranges facilities sequentially based on the production process. Process layout groups similar processes together. Fixed position layout keeps the product stationary while bringing processes to it. The document also provides examples and comparisons of advantages and disadvantages of each type.
This document discusses different facility layout types including process, product, group technology, fixed-position, office, and retail service layouts. It describes the objectives and factors to consider for an efficient layout. Process layout is suitable for standard products produced in large volumes, while product layout arranges machines in a line based on sequence of operations. Group technology layout groups machines into cells that function like smaller production lines. Fixed-position layout keeps products stationary while moving labor and equipment.
The document discusses factors to consider when planning a plant's location and layout. Key factors in choosing a location include proximity to markets and suppliers, availability of labor and transportation. The main types of layouts are process, product, and fixed position. Process layout groups similar machines together while product layout arranges machines in line by production steps. Cellular layout forms cells to produce individual parts. Effective location and layout ensure efficient material and labor flow to maximize production capacity.
Plant layout refers to the physical arrangement of equipment, machinery, workstations, and space in a manufacturing facility. The key types of layouts discussed are process layout, product layout, mixed layout, fixed layout, and group technology layout. Process layout groups similar processes together while product layout arranges machinery in a linear flow. Group technology layout clusters machines by part families to reduce setup times and material handling. Flexible manufacturing systems apply group technology and automation to allow production of different product styles simultaneously on the same system.
The document discusses process design and facility layout. It begins by discussing whether to make or buy components. It then covers process selection factors like capacity, expertise, quality considerations, and demand nature. The main process types are described as job shop, batch, repetitive/assembly, and continuous. A product-process matrix compares these types based on variety, flexibility, volume, and cost. The document also discusses automation levels and types. It covers layout types like product, process, and fixed position layouts. Facility layout is important for cost, efficiency, and flexibility. The needs for layout decisions and basic design processes are outlined.
The document discusses different types of facility and plant layouts. It describes layout as planning the location of machines, workstations, storage areas, and infrastructure to optimize material and personnel flow. The objectives are to develop an economical layout that meets production needs while considering building constraints. Key factors for the layout decision include production type and scale, equipment, and expansion potential. The main types discussed are product/line layout, which facilitates continuous flow but requires more capital; process/functional layout, which has lower initial costs but higher material handling; and combination layouts.
he physical arrangement of production facilities. It is the configuration of departments, work centers and equipment in the conversion process. It is a floor plan of the physical facilities, which are used in production.
This document provides an overview of plant layout methodology. It discusses the basic objectives of layout design, which are to facilitate smooth flow and minimize costs. The key types of layouts covered are product-oriented, process-oriented, and combinations of the two. Product layouts group machinery by the sequence of operations, while process layouts group by function. Fixed-position layouts keep the product stationary while moving workers. The document also outlines factors to consider in layout design and the benefits of an optimized layout such as improved efficiency and utilization of space.
The document discusses plant layout, which refers to the arrangement of machinery, equipment, and other physical facilities within a factory. The overall goal of plant layout is to optimize material flow and minimize costs. There are different types of layouts, including product layouts that arrange machines by the sequence of operations, and process layouts that group similar machines together. When designing a layout, factors like the factory building, production process, type of equipment, and human needs must all be considered.
The document discusses plant layout, which refers to the arrangement of physical facilities and allocation of space for various production activities and personnel within a plant. It describes different types of layouts including functional, line, static product, group, and combination layouts. Key factors to consider for effective layouts are the building, personnel needs, machinery, materials, movement requirements, waiting times, and ability to accommodate services and future changes. The layout impacts efficiency, costs, safety, and ultimately organizational profits.
This document discusses different types of plant layouts used in manufacturing based on factors like industry type, production quantity, and variety. It provides details on five main layout types: process layout, product layout, fixed-position layout, combinational layout, and cellular layout. For each type, it outlines the key characteristics, advantages, and disadvantages. The document aims to help selection of the most appropriate layout type based on the specifics of a manufacturing operation.
There are four main types of plant layouts: process, product, fixed, and combined. A process layout groups machinery by function to facilitate small batch production of varied items. A product layout arranges machinery sequentially by production process for large volumes of the same product. A fixed layout positions production in one spot while workers and equipment move to it, allowing flexibility but higher movement costs. A combined layout adopts aspects of process and product layouts to gain advantages of both.
This document defines plant layout and describes its objectives and types. According to the definition, plant layout involves allocating space and arranging equipment to minimize operating costs. The objectives of plant layout include optimizing the flow of materials, utilization of resources, and productivity. There are four main types of manufacturing unit layouts: product layout where materials move sequentially between workstations; process layout where similar machines are grouped; fixed position layout where facilities are arranged around work centers; and combination layouts for facilities producing multiple products. Techniques for designing plant layouts include using charts, diagrams, templates and scale models.
Layout planning is deciding on the best physical arrangement of all resources that consume space within a facility.
Decisions about the arrangement of resources in a business are not made only when a new facility is being designed; they are made any time there is a change in the arrangement of resources, such as a new worker being added, a machine being moved, or a change in procedure being implemented.
Layout planning is performed any time there is an expansion in the facility or a space reduction.
Plant layout refers to the physical arrangement of equipment, machines, tools, and furniture in a manufacturing facility. The goal is to optimize material flow from raw materials to finished goods with the lowest costs and least amount of handling. There are four main types of layouts: product layout arranges machines in a straight line based on production steps; process layout groups similar machines together; combined layout uses aspects of both; and fixed position layout keeps products stationary while workers and machines move between positions. The optimal layout depends on factors like production volume and product standardization.
Need for Capacity Planning
Type of Capacity
Roles of forecasting in Capacity Planning
Facility Layout Planning
Product Layout
Process Layout
Fixed position layout
Cellular layout
Similar to TYPES OF FACILITY LAYOUT AND ITS ADVANTAGES AND DISADVANTAGES - OPERATIONS MANAGEMENT (20)
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2. FACILITY LAYOUT
• Facility layout is an arrangement of different aspects of manufacturing in an
appropriate manner as to achieve desired production results
OBJECTIVES
Minimize material handling costs
Eliminate bottlenecks
Utilize labor efficiently
Utilize space efficiently
Facilitate communication
Reduce manufacturing cycle
time / customer service time
3. TYPES OF FACILITY LAYOUT
1. Product Layout
2. Process Layout
3. Group Layout
4. Fixed Position Layout
5. Cellular Layout
6. Service Layout
4. PRODUCT LAYOUT
Straight-line layout or layout for serialized manufacture
Arrangement of machines in one line, depending upon the sequence of operations
Materials are fed into first machine and partly finished goods travel automatically and
finished products comes out from the last machine (Output of one machine becoming the
input for the next)
Eg: Sugarcane mill, Paper mill
5.
6. ADVANTAGES
Avoid production bottlenecks
Better production control
Requires less floor area per unit
of production
Reduction in material handling
cost
DISADVANTAGES
Known for its inflexibility
Expensive
Difficulty of supervision
Expansion is so difficult
Any breakdown of equipment
disrupt the whole system
7. PROCESS LAYOUT
Functional layout or Job shop layout or batch production layout
Involves grouping of like machines together in one department
General purpose machines
Eg: Process oriented layout for hospital
8.
9. ADVANTAGES
Reduced investment of
machines
Greater flexibility in production
More efficient supervision
Better utilisation of men and
machines
Easier to handle breakdown of
equipment
DISADVANTAGES
Requires more floor space
Difficulty in production control
Difficulty in movement of
materials
Production times is more
Accumulation of WIP at
different places
10. GROUP LAYOUT
Combined layout or Hybrid Layout
A combination of the product and process layouts, with an emphasis on either
(Plants are never laid out in either pure form)
Fabrication tends to employ the process layout, while the assembly areas often
employ the product layout
Eg: Soap manufacturing plants, the machinery is arranged in product line where
as ancillary services are arranged in process line
11.
12. ADVANTAGES
Increased job utilization
Supports the use of general
purpose equipment
Shorter travel distances and
smoother flow lines than for
process layout
DISADVANTAGES
General supervision required
Higher skill level required for
employees
Depends on balanced material
flow through the cell, orelse
buffers and WIP storage are
required
13. FIXED POSITION LAYOUT
Static Layout
Involves the movement of men and machinery to the product which remains
stationery
Cost of moving men and machine < Cost of moving the product
Eg: Ship building, Dam construction, Flyover Construction
14.
15. ADVANTAGES
Men and machines can be used
for a variety of operations
Invesment on layout is very
small
Flexible : Can accommodate
changes in product design,
product mix and production
volume
DISADVANTAGES
High capital investment
Higher skill requirements for
personnel
Increased movement of
personnel and equipment
16. CELLULAR MANUFACTURING LAYOUT
Machines are grouped into cells
Cells function somewhat like a product layout within a larger shop or process
layout
17.
18. ADVANTAGES
Flexibility
Small batches of production
Higher machine utilization
Workers empowerment
Low cost of production
DISADVANTAGES
Poorly balanced cells
Expanded training and
scheduling of workers
Increased capital investment
19. SERVICE FACILITY LAYOUT
Service facilities exist to bring together customer and services
Layouts should provide for easy entrance to the facilities from freeways and busy
thoroughfares
2 types of service facility layouts
Customer receiving and servicing function (such as banks)
Designed around the technologies, processing of physical materials and
production efficiency (such as hospitals)