Summary: Production

Study material generic cover image
  • This + 400k other summaries
  • A unique study and practice tool
  • Never study anything twice again
  • Get the grades you hope for
  • 100% sure, 100% understanding
PLEASE KNOW!!! There are just 86 flashcards and notes available for this material. This summary might not be complete. Please search similar or other summaries.
Use this summary
Remember faster, study better. Scientifically proven.
Trustpilot Logo

Read the summary and the most important questions on production

  • 8 Lecture 7

    This is a preview. There are 8 more flashcards available for chapter 8
    Show more cards here

  • Why do we stock materials?

    1. Variability and seasonality of the demand
    2. Financial reasons
    3. Variability of the performance of our productive process
    4. Service specifications of our suppliers
  • Is stocking material free?

    No
  • What are some components of stocking costs?

    1. Maintenance cost
      • If we have our own warehouses, we have to spend money on their maintenance.
    2. Hiring cost
      • If we don't have our own warehouses, we have to pay for hiring storage facilities.
    3. Deterioration of the material cost
      • Fragile products could be broken, leading to additional costs.
    4. Robbery cost
    5. Expiration/obsolescence cost
  • How do you measure uncertainty for all the products in the company?

    - identify the articles management wants to pay attention to
    - hierarchize according to the value for the company
    - create logical groups
    - adjust according to the company needs
  • What is the formula of the safety stock?

    SS = K * Davg * stdv LT
    K = desired service level
    Davg = Demand everage
    stdv(symbool)LT = Standard deviation of lead time
  • When do we need more safety stock?

    - management wants to be more conservative because there are large costs associated with stockouts
    - Replenishment lead-times are longer
    - Replenishment lead-times are more uncertain/variable
    - Average demand rate is higher
    - Daily demand is more uncertain/veriable
  • When do longer average lead-times lead to higher safety stock requirements?

    - when picking a supplier or a process, favor one with shorter lead times
    - Negotiate shorter lead-times even if it means paying slightly extra - you will make your money back by reductions in safety stock
    - Many companies greatly stress this but reduction in safety stock is at the consumer while lead time reduction is up to the supplier! - Can benefits be shared?
  • When does the reduced variability in lead-times means lower safety stocks?

    - When choosing between suppliers or processes, favor one that guarantees consistent lead-times
    - It might be better to pick a supplier/process with a slightly longer lead-time or slightly higher cost, if there is less uncertainty and more consistency with respect to lead-time you will still come out ahead in terms of lower safety stock
    - build incentives into contracts that reward consistent lead times and penalize large variations
    - many good companies greatly stress short, consistent leadtimes from their suppliers
  • What is the formula of rotation? And what does it measure?

    Measures the quality of our service

    Rotation = (items sold in a period (units or euro))/(average of units stocked in a period (units or euro))
  • What is important if you want to have a high rotation in the products?

    - Less risk of obsolesces, expiration or broken goods
    - Less logistics costs
    - Less fixed capital
PLEASE KNOW!!! There are just 86 flashcards and notes available for this material. This summary might not be complete. Please search similar or other summaries.

To read further, please click:

Read the full summary
This summary +380.000 other summaries A unique study tool A rehearsal system for this summary Studycoaching with videos
  • Higher grades + faster learning
  • Never study anything twice
  • 100% sure, 100% understanding
Discover Study Smart

Topics related to Summary: Production