Smarter Light Weighting Starts Here
Confidently reduce glass, aluminum and PET weight while protecting product quality and line efficiency—with SmartSkin’s container twins and real-time stress data.
SmartSkin Solutions
Push Limits Without Breakage
SmartSkin empowers beverage manufacturers to confidently lightweight glass, PET and aluminum packaging—without sacrificing line performance or product integrity. Using sensor-enabled digital twins that mimic real containers, SmartSkin captures real-time data on pressure, shock, vertical load force and velocity as containers travel through the line. This precise, visual feedback highlights stress points and damage risks instantly, enabling teams to fine-tune handling equipment, optimize changeovers, and validate lightweight designs faster and more effectively.
The result: safer, more efficient light weighting that supports sustainability goals and reduces material costs.
Key Benefits
Real-Time Feedback
Capture pressure and velocity data live on your line to make informed light weighting decisions instantly.
Breakage Prevention
Identify stress points and eliminate damage risks before they result in downtime or recalls.
Validate Designs
Run new lightweight prototypes in real production conditions to quickly validate equipment settings — no guesswork, just proof.
Reduce Waste
Lightweight containers confidently without overcompensating with excess packaging or conservative specs.
Ensure Compatibility
Verify that new lightweight formats are compatible with existing equipment and handling.
Train Teams Quickly
Equip operators and engineers with visual, data-backed insights to fine-tune settings.
Sustainable
Meet sustainability goals with less glass or aluminum while ensuring high-quality output.
Lower Cost per Unit
Reduce material usage per container without increasing the risk of breakage or product loss.
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Deploy SmartSkin Container Twins
Place SmartSkin’s patented container twins—instrumented containers shaped like your actual packaging—into your production line. These sensors collect real-time data on pressure, velocity, and impact throughout the line.
