Protect Every Can with Smart Data

SmartSkin’s container twins help food and beverage producers detect damaging forces—pressure, shock, spin, tilt, scuffing, and vertical load—so they can optimize equipment, reduce waste, and maintain packaging integrity.

SmartSkin Solutions

Smarter Handling for Every Aluminum Can

SmartSkin’s digital container twins replicate real aluminum containers and measure pressure, shock, spin, tilt, scuffing, and vertical load as they move through conveyors, filling, seaming, and packaging. These sensor-enabled twins reveal invisible stress points in real time—helping food and beverage producers prevent can damage, minimize downtime, and ensure product and brand integrity without disrupting production.

Group of pressure drones, vial, cartridge, and syringe with pressure map

Key Benefits

Multiple vial icons

Monitor Pressure

Track compression forces that can deform cans during filling or conveyance.

Multiple vial icons

Detect Shock

Identify impact events that can result in dents or damage that compromise can shape or structural strength.

Multiple vial icons

Analyze Spin

Capture rotation issues that affect labeling, printing, or orientation.

Multiple vial icons

Tilt Detection

Ensure cans remain upright to prevent tipping, misfeeds, spillages, or poor seals.

Multiple vial icons

Measure Scuffing

Quantify abrasive contact that damages printed surfaces and degrades shelf appeal and branding.

A beverage can with a red arrow pointing down depicting vertical load

Vertical Load Force

Assess top-load compression during seaming or stacking to prevent buckling or collapse.

A line of cans on a conveyor belt

No Install

Deploy SmartSkin container twins under full-speed, real-world conditions—no installations or line interruptions needed.

A can with a magnifying glass depicting an inspection of a beverage production line

Anywhere on the Line

SmartSkin container twins are designed to go anywhere on the production line from the depalletizer to the palletizer – including the filler and seamer.

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