Reduce breakage from high levels of shock.

Impact & IPS

Illustration showing damage to a bottle from Impact & IPS

How does an IPS rating correlate to impact on the line?

Understanding root cause of shocks in production, measured in Inches Per Second (IPS), enables fillers to improve line efficiency and reduce container damage. In the simplest terms, the IPS rating of a bottle means that a bottle is certified to have a given percentage of breakage when it is impacted by a known mass.

It isn’t a guarantee that breakage will occur simply because a bottle receives an impact greater than its IPS rating, however the probability of breakage will increase. As an example, a particular bottle is designed with an IPS of 20 and a breakage of 1 per 10,000. If that bottle receives an impact measuring 25 IPS, the bottle may not break but the probability of breakage increases to 5 per 10,000 bottles, or five times greater.

Dynamically, Real-Time IPS Measurement

IPS (Inches Per Second) measurement has long been a strength rating for glass bottle producers but unknown to fillers. Today, IPS is fast-becoming a vital measurement tool for fillers trying to design and process a lightweight bottle design without reaching a breaking point (literally) where it cannot withstand the impact it receives on a given line.

The real world is a complex environment with diverse variables that affect how a container responds to impact. The evolution of technology has enabled additional methods of measuring IPS, a more dynamic IPS calculation for fillers and glass manufacturers alike.

Masitek smartline PressureQC sensor in line with other beer bottles on a white background

See how smart sensors can
reduce container damage from shock and impact.

In-Line Sensors for Impact & IPS Measurement

Case Study

Carlsberg uses smart sensors globally to pinpoint breakage.

Applicable Products:

ShockQC Product Banner
PressureQC+ Scuff Product Banner
VerticalQC Product Banner

Find the source
of packaging damage
on the line.

Masitek Find the Souce of Packaging damage eBook representation