flexible manufacturing system

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flexible manufacturing system (FMS)

a means of PRODUCTION which makes extensive use of programmed AUTOMATION and COMPUTERS to achieve rapid production of small batches of components or products, whilst maintaining flexibility in manufacturing a wide range of these items. In FMS systems computer-controlled machines can be quickly switched from the production of one component or product to another by reprogramming the machines. Such reprogramming also facilitates the smooth running of the production system by allowing a component or product to be processed on several different machines, thus avoiding production bottlenecks or delays caused by machine breakdowns.

flexible manufacturing system (FMS)

a means of PRODUCTION that makes extensive use of ‘programmed’ AUTOMATION and COMPUTERS to achieve rapid production of small batches of components or products while maintaining flexibility in manufacturing a wide range of these items.

Flexible manufacturing systems enable small batches of a product to be produced at the same unit cost as would be achievable with large-scale production, thus diminishing the cost advantages associated with ECONOMIES OF SCALE and lowering the MINIMUM EFFICIENT SCALE. This enables small firms to compete in cost terms with large firms and may lead to a lowering of SELLER CONCENTRATION. See BARRIERS TO ENTRY.

References in periodicals archive ?
Routing and sequencing determination in flexible manufacturing system using a fuzzy logic approach Asian International Journal of Science and Technology in Production and Manufacturing, 1, 127-138
Route Operation 1 2 3 4 5 6 7 8 9 10 11 12 1 3 1 5 5 1 3 1 3 1 3 5 5 2 3 2 3 2 3 2 2 2 3 3 3 2 4 3 2 3 2 3 2 3 3 2 2 2 3 Table III: Flexible manufacturing system operational data.
makes extensive use of automated lights-out manufacturing, employing flexible manufacturing systems to streamline production capabilities and control cost.
This measurement scale was originally designed to reflect a number of advanced systems and technologies, such as Optimized Production Technology (OPT), Flexible Manufacturing System (FMS), Materials Requirements Planning (MRP), and Just-In-Time Manufacturing (JIT).
A flexible manufacturing system may consists a large number of machining centers, however a typical number of machining centers in an FMS is usually between 3 and 6.
A flexible manufacturing system is a group of machines and related equipment brought together to process a group or family of parts completely[3].
Jaikumar (1986) noted that knowledge-intensive design and engineering tasks were becoming the primary value-adding drivers of a flexible manufacturing system.
The term manufacturing system refers to any production system and is not restricted to what is now commonly identified as a flexible manufacturing system (FMS).
These new technologies integrate computer hardware, software, and databases with computer-controlled machine tools, automated material handling, and robotics to form a highly automated and flexible manufacturing system.
Tenders are invited for Computer Integrated Manufacturing system CIM or Flexible Manufacturing system that includes: CNC Milling Machine; Robotic; AGV and other components.
In intention of an illustrative example is to show the application of the options methodology in flexible manufacturing system and find optimal technology to use (X or Y) at each decision node.
16] addressed the problem of simultaneous scheduling of machines and a number of identical automated guided vehicles in a flexible manufacturing system so as to minimize the makespan.

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