PACKPEDIA – The Encyclopedia of Packaging by UP

My Packaging

Where Do I Start?
What Is a Sachet?
What Is a Stick Pack?
What Is a Carton?
What Is a Flowpack?
What Is a Stand up Pouch?
What Is the Right Size?
What Is the Right Single Dose Packaging for Me?
How Do I Assess the Packaging Quality?

My Product

Packing Powders
Packing Liquids
Packing Tablets, Capsules & Similar
Special Applications
What is the Right Dosing System?
Feeding Systems – Powders
Feeding Systems – Liquids
Feeding Systems – Tablets & Pills

Packaging Equipment: Highlights

When Should I Buy a Vertical Packaging Machine?
How Do VFFS Machines Work?
What Is the Highest Output a VFFS Can Reach?
When Should I Buy a Complete Line?
How Do Cartoning Machines Work?
Horizontal Cartoner or Forming and Closing Machine?
How Do Premade Pouch Machines Work?
How Long Can Packaging Machines Work for?
How Much Do Packaging Machines Cost?
How Many Products Can I Pack on a Machine?
Can I Produce Many Formats on a Machine?

Packaging Production: Highlights

How to Calculate the Packaging Equipment Effectiveness?
How to Calculate the Equipment Efficiency?
How to Calculate the Weight Accuracy of the Bags?
How to Achieve the Best Production Results?
Is It Hard to Operate Packaging Equipment?

Choosing the Right Manufacturer

The Importance of Good Technical Advice
Experience
Builders vs Assemblers
Warehouse and Spare Parts Management
Sustainability
Local Service & Training Worldwide
Laboratory Analysis on request
R&D – Innovation
Clear Costs Over Time
Cutting Edge Monitoring

Pharmaceutical Industry Requirements

Validation, Certificates and Traceability
Control Systems
Serialization & Aggregation
Factory Management

Sustainable packaging

What is composting?
What is recycling?
What types of sustainable packaging should I go for?
Effects of the EU regulation on Packaging & Packaging waste
Biodegradable or Bio-based plastics?
What are the carbon footprint & LCA?
Biodegradable or Compostable?

How to Calculate the Packaging Equipment Effectiveness?

Achtung! Der Inhalt dieser Seite ist nur in den folgenden Sprachen verfügbar: English - Italian

The OEE (overall equipment effectiveness) is a standard used to calculate the efficiency of packaging equipment and it is obtained as follows:

OEE = A x P x Q

where

A: Availability = Run time / Planned production time

P: Performance = (Ideal cycle time x Total count) / Run time

Q: Quality = Good count / Total count

Verification of the OEE is carried out during machine run and related to 20 minutes of testing in line.

 

When calculating the OEE there’s another value that must be considered: AQL (Acceptance Quality Level). AQL represents the percentage of acceptable flaws for each sampling; in the specific case of Universal Pack it may be associated with several factors such as: bag sealing, film alignment, carton flaws and so on in a production batch.

Cancel

Show details »

TECHNICAL

Technical cookies are needed to make the website usable, enabling basic functionality such as the navigation on the pages and the use of existing services. Moreover, they allow to gather anonymous statistics about the navigation. The website can not work correctly without these cookies.

PREFERECES

Preferences cookies allow you to remind the website of all information related to the way in which it changes, the way in which the web page behaves or its appearance, such as the language or region where it is.

ANALYTICAL

Analytical cookies are used to process aggregate statistical analysis about the use and interaction by the user with the website.

PROFILING

Profiling cookies allow to gather information about expressed preferences by the user during its navigation and to process reports intended to be used for targeted marketing and advertising campaigns.

NO-CLASSIFIED

No-classified cookies are those cookies that are in the process of classification.

Close

Cancel

Necessary

Close

Cancel

Statistics

Close

Cancel

Targeting

Close