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?

R&D – Innovation

Why is innovation so important in packaging? The packaging industry is evolving at an unprecedented pace, mainly due to the changing requirements in the use of packaging. Innovation is key to keep up with all these changes.

Universal Pack non-stop research in improving their equipment results in better performing updated solutions. These range from advanced technological and hygienic solutions like aseptic and ultraclean machines, to “greener” machines allowing for reduced electric consumption and being able to work with sustainable laminates. Moreover, any new UP machine bears with it the latest improvements and developments in order to always provide the ultimate packaging solution, to any customer.

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