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Optimized Packaging for Motherboards

A high-end technology company faced challenges with its motherboard packaging, including poor recyclability, transport damage, and environmental inefficiencies. Nefab introduced a hybrid design featuring HDPE thermoformed Reflex components, an optimized corrugated box, and an anti-static LDPE bag.

The Challenge: Protecting Motherboards during Shipping

The company faced significant challenges with its existing packaging solution for a large, delicate motherboard used in high-end technology products. The previous approach involved a combination of corrugated boxes reinforced with EPE and EVA foam. However, key issues included:

  • Recyclability Limitations: Certain materials were glued together, making proper recycling nearly impossible.
  • Transport Damage: The previous packaging design did not adequately safeguard the product, leading to costly damage during transit.
  • Environmental Impact: The non-optimized design increased material waste and carbon footprint.

The organization needed a streamlined solution that could enhance product protection, improve recyclability, and reduce costs.

Nefab's Solution: Hybrid Packaging Innovation with HDPE Thermoformed Reflex Components

The packaging solutions provider delivered a groundbreaking hybrid design that significantly outperformed its predecessor. Key elements of the solution included:

  • HDPE Thermoformed Reflex Components: The design featured a clamshell structure to hold the motherboard securely, supplemented by Reflex cushioning components for comprehensive protection. These elements were crafted from 100% recycled HDPE that is fully recyclable.
  • Optimized Corrugated Box: A better-structured outer box offered enhanced strength and reduced material usage.
  • Anti-Static LDPE Bag: To further safeguard the sensitive electronics, a protective anti-static bag was incorporated into the design.

This innovative solution not only reduced environmental impact but also enhanced the product’s safety during transit.

Nefab delivered a groundbreaking hybrid design that significantly outperformed its predecessor.

The Results: Reduction in CO2 Emissions with Increased Cost Efficiency and Enhanced Protection

The new packaging design delivered remarkable results:

  • Sustainability Boost: Achieved a 27% reduction in CO2 emissions due to the use of recyclable and lightweight materials. Eliminated recycling barriers by replacing glued components with easily separable materials.
  • Cost-Efficiency: Achieved a 10% reduction in overall packaging costs through material optimization and reduced weight.
  • Enhanced Protection: Significantly decreased product damage during shipping, reducing costly returns and preserving brand reputation.

Ready to Transform Your Packaging and Supply Chain

Shipping delicate motherboards requires a solution that enhances protection, boosts sustainability, and cuts costs. Our hybrid packaging, featuring HDPE thermoformed Reflex components and an optimized corrugated box, delivers on all fronts. For a leading technology partner, this design reduced CO2 emissions by 27%, cut packaging costs by 10%, and significantly decreased transit damage.

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