eFlex Systems Case Studies Line Changeover Comparison Study: Flexible Assembly Line vs Highly Automated Fixed Tooling

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	Line Changeover Comparison Study: Flexible Assembly Line vs Highly Automated Fixed Tooling eFlex Systems

Line Changeover Comparison Study: Flexible Assembly Line vs Highly Automated Fixed Tooling

eFlex Systems

Technology Category	Functional Applications - Manufacturing Execution Systems (MES)
Applicable Industries	Automotive
Applicable Functions	Discrete Manufacturing
Use Cases	Manufacturing System Automation
Services	Software Design & Engineering Services System Integration
Challenge	The global automotive manufacturer in this case study had two manufacturing plants producing the same V6 engine with similar production rates and model variants. One plant used the eFlex Assembly architecture, while the other used a highly automated fixed architecture. Both lines had over 100 workstations and up to 200 model variants. Both sites needed to re-rate production and introduce new models. The challenge was that the highly automated fixed tooling line was inflexible, costly, and time-consuming to change. This resulted in lost opportunities and a lack of competitiveness in the market. The manufacturer needed a solution that would allow for rapid changes in production requirements, configurability, distributed control, and plug-and-play capabilities. Read More
About Customer	The customer in this case study is a global automotive manufacturer. They have two manufacturing plants that produce the same V6 engine with similar production rates and model variants. Each plant has over 100 workstations and can produce up to 200 model variants. The manufacturer is facing challenges with their highly automated fixed tooling line, which is inflexible and costly to change. This has resulted in lost opportunities and a lack of competitiveness in the market. The manufacturer is looking for a solution that allows for rapid changes in production requirements, configurability, distributed control, and plug-and-play capabilities. Read More
Solution	The solution was the implementation of the eFlex Assembly architecture in one of the manufacturing plants. This architecture allowed for quick line changes without the need for coding, outsourcing, print updates, or extensive engineering work. The plant staff could perform the entire change during a 2-day weekend, with the line running at rate by midday on Monday. The eFlex Assembly architecture also allowed for the shutdown to occur over a weekend, with normal production resuming by midday on Monday. This was in stark contrast to the automated fixed tooling line, which required a shutdown of 9 days. The eFlex Assembly architecture also allowed for the creation of a new line configuration offline at the engineer's desk within 6-8 hours, compared to the 480 hours of preparation work required for the automated fixed tooling line. Read More Log in to view content
Contents

Technology Category

Functional Applications - Manufacturing Execution Systems (MES)

Applicable Industries

Automotive

Applicable Functions

Discrete Manufacturing

Use Cases

Manufacturing System Automation

Services

Software Design & Engineering Services

System Integration

Challenge

The global automotive manufacturer in this case study had two manufacturing plants producing the same V6 engine with similar production rates and model variants. One plant used the eFlex Assembly architecture, while the other used a highly automated fixed architecture. Both lines had over 100 workstations and up to 200 model variants. Both sites needed to re-rate production and introduce new models. The challenge was that the highly automated fixed tooling line was inflexible, costly, and time-consuming to change. This resulted in lost opportunities and a lack of competitiveness in the market. The manufacturer needed a solution that would allow for rapid changes in production requirements, configurability, distributed control, and plug-and-play capabilities.

About Customer

The customer in this case study is a global automotive manufacturer. They have two manufacturing plants that produce the same V6 engine with similar production rates and model variants. Each plant has over 100 workstations and can produce up to 200 model variants. The manufacturer is facing challenges with their highly automated fixed tooling line, which is inflexible and costly to change. This has resulted in lost opportunities and a lack of competitiveness in the market. The manufacturer is looking for a solution that allows for rapid changes in production requirements, configurability, distributed control, and plug-and-play capabilities.

Solution

The solution was the implementation of the eFlex Assembly architecture in one of the manufacturing plants. This architecture allowed for quick line changes without the need for coding, outsourcing, print updates, or extensive engineering work. The plant staff could perform the entire change during a 2-day weekend, with the line running at rate by midday on Monday. The eFlex Assembly architecture also allowed for the shutdown to occur over a weekend, with normal production resuming by midday on Monday. This was in stark contrast to the automated fixed tooling line, which required a shutdown of 9 days. The eFlex Assembly architecture also allowed for the creation of a new line configuration offline at the engineer's desk within 6-8 hours, compared to the 480 hours of preparation work required for the automated fixed tooling line.

Impact #1	The eFlex Assembly architecture allowed for quick line changes without the need for coding, outsourcing, print updates, or extensive engineering work.
Impact #2	The plant staff could perform the entire change during a 2-day weekend, with the line running at rate by midday on Monday.
Impact #3	The eFlex Assembly architecture also allowed for the shutdown to occur over a weekend, with normal production resuming by midday on Monday.

Impact #1

The eFlex Assembly architecture allowed for quick line changes without the need for coding, outsourcing, print updates, or extensive engineering work.

Impact #2

The plant staff could perform the entire change during a 2-day weekend, with the line running at rate by midday on Monday.

Impact #3

The eFlex Assembly architecture also allowed for the shutdown to occur over a weekend, with normal production resuming by midday on Monday.

Benefit #1	82% more flexibility over traditional architecture.
Benefit #2	35% cost savings on new lines.
Benefit #3	40-50% faster delivery of new assembly lines.

Benefit #1

82% more flexibility over traditional architecture.

Benefit #2

35% cost savings on new lines.

Benefit #3

40-50% faster delivery of new assembly lines.

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Overview

Line Changeover Comparison Study: Flexible Assembly Line vs Highly Automated Fixed Tooling

Operational Impact

Quantitative Benefit