Optimizing Gear Replenishment System at Spradley’s Sprockets

QUESTION

A fabrication cell at Spradley’s Sprockets uses the pull method to supply gears to an assembly line. George Jitson is in charge of the assembly line, which requires 482 gears per day. Containers typically wait 0.3 day in the fraction cell. Each container holds 70 gears, and one container requires 0.6 day in machine time. Setup times are negotiable. If the policy variable for unforeseen contingencies is set at 0.03, how many containers should Jitson authorize for the gear replenishment system?

ANSWER

Optimizing Gear Replenishment System at Spradley’s Sprockets

Introduction

Efficient inventory management plays a critical role in optimizing production processes and ensuring a smooth workflow in manufacturing. In this essay, we will explore the case of Spradley’s Sprockets, where a pull-based system is used to supply gears to an assembly line. George Jitson is responsible for this assembly line, and the goal is to determine the optimal number of containers required to maintain a seamless gear replenishment system while considering various factors.

Pull Method and Container Characteristics

The pull method, also known as just-in-time (JIT) production, is widely adopted in manufacturing to minimize inventory holding costs and streamline production. In this context, containers play a pivotal role as they hold the gears before they are used in the assembly line. Each container at Spradley’s Sprockets holds 70 gears, and they typically spend 0.3 days in the fabrication cell before moving to the assembly line. Furthermore, it takes 0.6 days for a container to be processed through the machine.

Daily Gear Demand

The assembly line managed by George Jitson has a daily demand of 482 gears. To maintain an uninterrupted production flow and meet this demand, it is crucial to determine the number of containers required in the replenishment system.

Unforeseen Contingencies

In real-world manufacturing scenarios, unforeseen contingencies and disruptions can occur. To account for such uncertainties, a policy variable of 0.03 is set. This variable serves as a buffer to ensure that even if unexpected issues arise, the production process remains smooth.

Calculating the Optimal Number of Containers

To calculate the optimal number of containers, we need to consider the following factors:

Daily Demand: 482 gears per day

Container Size: 70 gears per container

Container Processing Time: 0.6 days per container

Container Waiting Time: 0.3 days per container

Policy Variable for Contingencies: 0.03 (3%)

To maintain uninterrupted production while accounting for contingencies, the formula for calculating the optimal number of containers can be expressed as:

Optimal Containers = (Daily Demand x (Container Processing Time + Container Waiting Time)) / (1 – Policy Variable)

Optimal Containers = (482 x (0.6 + 0.3)) / (1 – 0.03)

Optimal Containers ≈ 822.6

Conclusion

In conclusion, to ensure a smooth gear replenishment system at Spradley’s Sprockets while considering both daily demand and contingencies, George Jitson should authorize approximately 823 containers. This number accounts for the time containers spend in processing and waiting, as well as provides a buffer to handle unforeseen disruptions. By implementing this optimal container count, the company can maintain a just-in-time inventory system, reduce holding costs, and efficiently meet the assembly line’s gear demands, ultimately enhancing overall manufacturing efficiency and competitiveness.

 

Calculate the price of your order

550 words
We'll send you the first draft for approval by September 11, 2018 at 10:52 AM
Total price:
$26
The price is based on these factors:
Academic level
Number of pages
Urgency
Basic features
  • Free title page and bibliography
  • Unlimited revisions
  • Plagiarism-free guarantee
  • Money-back guarantee
  • 24/7 Customer support
On-demand options
  • Tutor’s samples
  • Part-by-part delivery
  • Overnight delivery
  • Attractive discounts
  • Expert Proofreading
Paper format
  • 275 words per page
  • 12 pt Arial/Times New Roman
  • Double line spacing
  • Any citation style (APA, MLA, Chicago/Turabian, Harvard)

Unique Features

As a renowned provider of the best writing services, we have selected unique features which we offer to our customers as their guarantees that will make your user experience stress-free.

Money-Back Guarantee

Unlike other companies, our money-back guarantee ensures the safety of our customers' money. For whatever reason, the customer may request a refund; our support team assesses the ground on which the refund is requested and processes it instantly. However, our customers are lucky as they have the least chances to experience this as we are always prepared to serve you with the best.

Zero-Plagiarism Guarantee

Plagiarism is the worst academic offense that is highly punishable by all educational institutions. It's for this reason that Peachy Tutors does not condone any plagiarism. We use advanced plagiarism detection software that ensures there are no chances of similarity on your papers.

Free-Revision Policy

Sometimes your professor may be a little bit stubborn and needs some changes made on your paper, or you might need some customization done. All at your service, we will work on your revision till you are satisfied with the quality of work. All for Free!

Privacy And Confidentiality

We take our client's confidentiality as our highest priority; thus, we never share our client's information with third parties. Our company uses the standard encryption technology to store data and only uses trusted payment gateways.

High Quality Papers

Anytime you order your paper with us, be assured of the paper quality. Our tutors are highly skilled in researching and writing quality content that is relevant to the paper instructions and presented professionally. This makes us the best in the industry as our tutors can handle any type of paper despite its complexity.