Engineered for Excellence in Pharma

SmartSkin empowers engineering teams with real-time data on mechanical forces that impact container integrity across the line, helping design better processes, accelerate validation, and implement improvements with confidence and precision.

SmartSkin Solutions

Build Smarter. Optimize Faster.

SmartSkin’s patented container twins measure pressure, shock, spin and tilt on the packaging line in real time—mirroring how actual containers experience the system. Engineers gain instant visibility into damaging interactions, equipment inefficiencies, and mechanical flaws. This data fuels better design decisions, smoother startups, and continuous line improvement initiatives.

Clear vial, capped with liquid drug product inside and a red, yellow, green pressure map along the sidewall showing where there is high pressure impacting the container.

Benefits

Empowering Engineers with Precision Data

SmartSkin gives pharmaceutical manufacturing engineers real-world visibility into how packaging lines affect containers, using sensor-enabled container twins to capture detailed pressure, shock, spin and tilt data. This high-resolution insight supports faster diagnostics, precision tuning, and smoother equipment commissioning. By removing guesswork, it enables more effective design, integration, and continuous process improvements across the production lifecycle.

Yes. SmartSkin reveals real-time force data, helping confirm whether design tolerances and setups perform as intended—before full-scale rollout.

Yes. Engineers can detect stress points and adjust components immediately, reducing commissioning timelines and rework.

With line mapping and robust insights from repeatable data collection, teams can monitor improvements, validate changes, and eliminate guesswork.

Absolutely. Pressure, shock, spin and tilt metrics help engineers adjust guides, grippers, and star wheels to minimize container stress.

SmartSkin’s data highlights exact locations where containers experience stress—exposing misalignments, over compression, or unstable transfers.

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