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PACKSERIES+
MODULAR PACKAGING SYSTEMS

A modular alternative to traditional steel packaging — engineered for strength, configurability, and digital integration across modern manufacturing environments.

A NEW STANDARD IN RETURNABLE PACKAGING

PackSeries+ is a modular returnable packaging system designed to replace traditional steel frames in industrial supply chains. Built lightweight while remaining strong, it enables flexible configurations to support evolving production requirements. The system is engineered for compatibility with RFID and IoT technologies, allowing improved tracking, visibility, and lifecycle management across operations.

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ENGINEERED FOR PERFORMANCE

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Structural strength 
beyond 25,000 lbf

Patent-pending modular frame design

ISTA-tested packaging performance

Optimized packaging-to-product weight ratio

USMCA compliant manufacturing

Designed for RFID / IoT integration

BUILT TO ADAPT

PackSeries+ is designed as a configurable system rather than a fixed product. Frame structures, dunnage, and layouts can be adapted to support different part geometries, production requirements, and logistics workflows.

APPLICATIONS ACROSS SUPPLY CHAINS

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OEM SEQUENCING
& LOGISTICS

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TIER SUPPLIER
<-> OEM
RETURNABLE

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OEM & TIER SUPPLIER
INTERNAL WIP

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WAREHOUSING &
STORAGE

CAPABILITIES REAL EXAMPLES

REAL WORLD TESTING

PackSeries+ trialed with
a V8 engine.

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PackSeries+ — strong enough to lift a legacy steel engine frame .

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PackSeries+ — effortlessly lifting legacy steel spoiler frames.

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PACKSERIES+ VS TRADITIONAL STEEL SYSTEMS

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LIFECYCLE EFFICIENCY

PackSeries+ delivers measurable value far beyond the initial purchase—driving savings across the entire operational lifecycle.


Long‑Term Cost Reduction:
By leveraging FRP’s durability and resistance to corrosion, PackSeries+ reduces repair, replacement, and maintenance costs..


Fuel Efficiency Through Weight Reduction:
Lighter frames directly reduce transportation emissions and fuel use. Customers save fuel by switching from steel.


Lower Carbon Footprint:
FRP’s weight advantage and extended lifespan help cut tons of CO₂e, supporting sustainability goals without compromising performance.


The Bottom Line:
Every cycle becomes more cost‑efficient, more sustainable, and more productive—maximizing value year after year.

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