Learning Center

Whether you’re looking for solutions to specific challenges or wanting to deepen your overall knowledge of secondary packaging, our Learning Center is designed to give you the resources to make confident decisions about your secondary packaging systems.
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Cartons of tea in packaging machine

Secondary Packaging 101

What is Machine Index and Pitch?

Understand machine index and pitch so you can read specs more accurately and ask better questions during the evaluation process.

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Top Load vs. Horizontal Load Case Packing

Comparisons, Secondary Packaging 101

Top Load vs Horizontal Load Case Packing: Which Should I Use?

Understand the differences between top load and horizontal load and which configuration is best suited for your operation.

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Servo on a machine

Secondary Packaging 101

What Does Servo-Driven Mean and Why Do OEMs Use Them?

Learn the definition of a servo-driven machine and understand the pros and cons of using one in your operation.

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Machine adjustment point with indicator displaying numbers

Secondary Packaging 101

What Is a Changeover? And What Makes One Fast or Slow?

Learn what impacts changeover speed and why “changeover time” makes a difference to your line’s efficiency and productivity.

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Plastic bottles on conveyor at fast speed

Secondary Packaging 101

What Does Line Speed Mean? And Why Is It So Often Misquoted?

Understand important speed metrics and learn which questions will tell you the most about machine performance and productivity.

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Worker wearing hardhat and holding clipboard observing machine conveyor lines

Secondary Packaging 101

What Is a Factory Acceptance Test (FAT) and Why Does It Matter?

Understand what a good FAT looks like so you can help protect your investment.

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Operator running a packaging machine's HMI with a title overlay stating "Machine Efficiency ≠ OEE"

Secondary Packaging 101

A Commonly Misunderstood Metric – What Is Machine Efficiency?

Machine efficiency is one way of understanding how much capacity you’re using. Learn what machine efficiency is, how to calculate it, and how you can leverage it for growth.

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Secondary Packaging 101

What is Sanitary Design in Packaging Equipment — and Does It Matter for Your Application?

Learn the principles of sanitary packaging design and whether your application requires sanitary equipment.

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Case and tray packed with aluminum cans on a gray background

Comparisons, Secondary Packaging 101

Case Packer vs Tray Packer: What’s the Difference?

Learn the essential difference between case and tray packers and when their format works best for your application.

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Puzzle pieces linking together the words filler, accumulation, case packer, sealer, and palletizer

Secondary Packaging 101

Packaging Line Integration: What Determines Success?

Packaging line integration is not only machine performance, but also handoffs and effectiveness as a single system. We’ll explain the three factors of a well-integrated line and address the question of performance accountability.

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Icons indicating the three sustainability drivers: right-sizing, material reduction, and recyclable and fiber formats

Problems / Challenges

Sustainable Secondary Packaging: Strategies to Reduce Waste and Improve Efficiency

Sustainable secondary packaging is done through three drivers: right-sizing, reducing, and choosing more recyclable materials. We’ll explain how these factors impact your line, and how sustainability tends to cut both cost and footprint.

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Close-up of change parts on a beverage packing machine

Secondary Packaging 101

What Are Change Parts in Packaging Equipment? A Complete Guide

The physical components swapped off-of and onto machines during changeovers are change parts. We’ll help you understand how these tools quietly drive changeover time, cost, and flexibility; as well as how machine type alters their impact.

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Illustration of dashed arrows indicating intermittent motion and one long arrow indicating continuous motion

Comparisons

Intermittent vs Continuous Motion Packaging Machines: What’s the Difference?

Packaging machines move either intermittently or continuously. We’ll help you understand both types of motion and how they impact things like cost, speed, product handling, and changeovers.

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Graph showing mean time between failures with design-target mean time at 24 hours and field-tested mean time at 19 hours

Secondary Packaging 101

What is MTBF (Mean Time Between Failures)?

MTBF is a common spec sheet number, and one that many buyers don’t understand. We’ll outline what MTBF is, how to calculate it, and what it means for your line.

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Kinetix 6000 drive

How-To

How to Read and Respond to Common K6000 Faults

Kinetix 6000 (K6000) fault codes can often be remedied with the right know-how. We’ll help you understand how to read power-ups, status lights, and fault codes, to get to the root cause of drive issues.

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